ELOG MUST2

Schedule

This message will contain the update schedule of the preparation of e748.

Beam time: 1st - 9th of July 2017.

CATS Mounting: 29th

Fri Mar 24 09:32:11 2017

Usefull document for MUST2 operations

DAS Configuration:
http://wiki.ganil.fr/gap/wiki/Documentation/Software/DAS

Run control:
http://wiki.ganil.fr/gap/wiki/Documentation/Software/RCC

Calimero:
http://wiki.ganil.fr/gap/wiki/Documentation/Gru/Calimero

Attachment 1: NOTICE_UTILISATION_MUVI_HARD_et_SOFT_(ver_081013).pdf

Attachment 2: MUVI_card_USER_MANUAL_(ver_081013).pdf

Wed May 24 09:07:59 2017

Feel free to edit this spread sheet.

spreadsheet link: https://docs.google.com/spreadsheets/d/1QD0HMJz3DSaX7VqEz07jOG83-SyeKBIwrZzxFNN0aJk/edit#gid=1578876317

Wed May 24 09:19:57 2017

List of Collaborators (Please edit if anyone is missing):

IPNOrsay: D Beaumel, Y. Blumendfeld, M Assie, N de Sereville, F Flavigny, S Franchoo, A Georgiadiou, J. Guillot, F. Hammache, I. Stefan, P. Asdley, A. Meyer, E. Rindel

CEA Saclay: M. Vandebrouck, V Lapoux,

Surrey: W. Catford, G Lotay, R. Wilkinson, S. Hallam, M. Moukaddam

Universitad des Santiago de Compostela: B. Fernandez-Dominguez

Ganil: JC Thomas, O. Sorlin, O. Kamalou, F. de Olivera, V Alcindor, T Roger, Maurici, A Lemasson, J Piot, Lucia, C Strodel, Beyan, etudiant beyan ?, J. Pancin, V. Morel, L. Menager, Sebastien Herlant, Sebastien ?, Gailor (?) F. Saillant, C. Houarner, G. Fremont

LPC: F. Delaunay, L. Achouri, J. Gibelin, B. Monteaguo, J Lory, Cedric (?), Y. Merrer.

RIKEN/TODAI: D. Susuki, S. Koyama

Wed May 24 09:32:41 2017

Mounting of the telescope in G3

The telescope has been mounted in there stand in G3.

Detector are now mounted and fitted with their DSSD.
BT test ok
HT test ongoing

Wed May 24 09:35:00 2017

BTD chambers mounting in D6

Sebastient started mounting the BTD chamber in D6.
The frame is in place, BTD chambers one and 2 are mounted.
CATS1 is in BTD1, CATS 2 remain to be mounted.
The DIN flange for BTD2 is missing.
The chamber need to be Vaccuum tested before surveyor alignement.

Wed May 24 15:48:24 2017

PCB number for each telescope

T1 PCB 5
T2 PCB 9
T3 PCB 7
T4 PCB 11
T5 PCB 6
T6 PCB 10
T7 PCB 3
T8 PCB 2

Thu Jun 1 09:29:50 2017

Telescope cabling debbug in G3

Test performed without vaccum, in the dark, cooling at 20.

T1 Ok
T2 Ok, PCB was mounted reverse
T3 Ok
T4 Ok
T5 Ok, after fixing capton
T6 Ok, cables misslabelled and inverted with T7, Capton not plug on Y card
T7 Ok,
T8 Ok,

Thu Jun 1 09:32:38 2017

The MUST2 cabling scheme has been change so Telescope 1 to 4 and 5 to 8 are on two independent set of distribution box and HV Card.

Telescope 1 to 4 are on the small distribution box and the first HV card. This correspond to the down stream flange.

Telescope 5 to 8 are on the large distribution box and the second HV card. This correspond to the port side flange.

CAEN SY1527 setting has been changed accordingly.

Fri Jun 2 12:03:32 2017

Adrien, Laurent, Shumpei

M2C vacuum test

We mounted 2 dry pump on the chamber and started pumping at 11h.
Pressure was about 6e-1 mbar around 11h45.
Waiting to switch on the turbo at 1e-1 mbar.
Gailor switch on the turbo during lunch time. We reach 2e-5 mbar, but the vacuum is oscillating. Gailor suspect the gauge.
We added a second gauge, it gave 2E-4, switch to a third one, same reading.

So first gauge to be changed.

we are gradually improving vacuum so we thinks it is plastic releasing gas.

Cooling switch on to -10, blocks are cooling down successfully.

All DSSD, CsI and SiLi works with rather low current (below 0.5uA).

After three day, vacuum level rise to 6 mbar. According to Vincent; this is standard for static vacuum, so no sign of major leak.

Tue Jun 6 09:07:34 2017

M2C Chamber now in D6 after a smooth ride, ready to be aligned.

Tue Jun 6 17:57:07 2017

Valérian et François

Hardware coupling of EXL with MUST2

EXL seems to fit in Adrien's setup. We still have to check if it fits in the chamber.

Attachment 1: EXL_MUST2_top.png

Tue Jun 6 18:17:03 2017

Val�rian et Fran�ois

Hardware coupling of EXL with MUST2

EXL seems to fit with Adrien's setup.
We still have to test if it fits inside the chamber.

Attachment 1: EXL_MUST2_top.jpg

Attachment 2: EXL_MUST2_side.jpg

Wed Jun 7 11:29:55 2017

The surveyor are carrying out the measurement of the detectors in D6.
The measurement should take the day, starting with the main plate, and then in the afternoon the detectors.

All measurement done, WAITING FOR REPORT.

Wed Jun 7 18:03:02 2017

Caen N568B: 509, 490
Ortec TAC: 1102, 1479, 1480, 1481
Lecroy GDG222: E2557, 01175C, 831
Lecroy Coinc 465: E2229
Lecroy FIFO 429A: E2631A, E2600, 98971, 01175B
Lecroy NIM-ECL 4616: E2559, E2321, 82791
Quad CFD 7174: 042, 046, 047, 051, 117, 206
Octal FAN-OUT 364: E2315
QDC VXI 3214 410pC
Wiener NIM Crate 600 W

Thu Jun 8 18:57:14 2017

Currents and Voltages on MUST2

Thursday 8th June.
Vacuum in the chamber 9e-05 mbar; MUST2 temperature at -5�C.
Low voltages and HV ON
MUST2 "nominal" voltages and currents:
-----------------------------------------------------
DSSD T1 pcb5 80V ; ~1.7 �A | CsI 50V (~nA)
-----------------------------------------------------
DSSD T2 pcb9 80V ; ~1.4 �A | CsI 50V
-----------------------------------------------------
DSSD T3 pcb7 70V ; ~1. �A | CsI 50V
-----------------------------------------------------
DSSD T4 pcb11 80V ; ~1. �A | CsI 50V
--------------------------------------------------------------------
DSSD T5 pcb6 80V ; ~ 0.4 �A | SiLiT5-1 700V 10.72 �A ; SiLiT5-2 700V 2.16�A
--------------------------------------------------------------------
DSSD T6 pcb10 80V ; ~1.7 �A | CsI 50V
-----------------------------------------------------------
DSSD T7 pcb3 80V ; ~1.7 �A | CsI 50V
--------------------------------------------------------------------
DSSD T8 pcb2 60V ; ~1.7 �A | SiLiT8-1 700V 2.46 �A | SiLiT8-2 600V 3.4 �A
--------------------------------------------------------------------

Fri Jun 9 12:30:49 2017

We reach a stable 1e-5 mbar. We performed a leak check and identify that the Ionisation chamber gate valve is not totally tight, I don't think there is much to be done.
One of the M2C flange also have a micro leak, that we will solve next tuesday when reopening the chamber.

NOW FIXED

Fri Jun 9 12:33:25 2017

After a the surveyor came we figured out the MUST2 telescope are 1cm too high with respect to the beam line.
Vincent is preparing new feet to replace the one supporting the main plate. We will support the plate with adjustable one while replacing the other so there is no need to dismount any detector.

NOW FIXED:

Vincent Morel and Laurent Meneger put in the new fit without unmounting the detector. all went smoothly.

Fri Jun 9 12:34:18 2017

We are currentlky waiting for the hub to be configured so we can start the MUST2 DAQ. Should be done in the afternoon.

Fri Jun 9 12:35:46 2017

The detector were left on during the night. T6 CsI trip and cannot be switch on again. Once we established that all the MUFFEE works correctly we will start investigating the issue, perhaps coming from the distribution box.

NOW FIXED:

Not really clear what was the issue, Most likely a loose HT cables on the feedthrough flange.

Fri Jun 9 14:41:54 2017

Tests alpha source, dummy data

Fri Jun 9 15:49:46 2017

The MUST2 configurations for telescopes in the chamber and low/High voltage Caen crate are given in the attached file.

Attachment 1: Confige748MUST2alimHVandLV.pdf

Attachment 2: pr�parationMUST2forE748.pdf

Fri Jun 9 15:51:44 2017

General Trigger GMT for MUST2 electronics

The GMT configuration for the trigger inputs and the inputs from MUST2 electronics are given in the file.

Attachment 1: DaqElectronicsMUST2gmtforE748.pdf

Mon Jun 12 11:34:07 2017

We had problem with MUVI1 (pre serie 1) not working properly when a telescope was pluggeg (but fine otherwise).
Charles Houarner changed the card to MUVI serie 5, and the card is now working.

Mon Jun 12 11:36:34 2017

I2C error on Telescope

At the Moment we got I2C error on the following detectors:

T5 : waiting for SL cables
T7 : waiting for SL cables
T8 : waiting for SL cables

Mon Jun 12 11:50:34 2017

Gates QDC CATS1X, CATS1Y, CATS2X, CATS2Y: 0.996
Pedestal QDC CATS1X, CATS1Y, CATS2X: 0.5
Pedestal QDC CATS2Y: 0.699

Mon Jun 12 11:52:16 2017

Run 6 and 7: Calibration Runs CATS

Run 6: Calib CATS1 X&Y
--> Full, x2, x5, pedestal

Run 7: Calib CATS2 X&Y
--> Full, x2, x5, pedestal

Attachment 1: Capture.png

Mon Jun 12 11:55:27 2017

Run 5 - JUNK pulser run on CATS1

Dummy run with pulser.
JUNK

Mon Jun 12 14:09:24 2017

calibration coefficients Runs 6-7

columns are for 1st order calib (y= ax + b):
pedestal - b - a

Attachment 1: CATS_Pulser_Calib_Run6-7.png

Attachment 2: CATS1_X.e748

1
0.00000e+00 0.00000e+00 0.00000e+00 
6.38260e+02 -6.08953e+01 1.01145e+00 
7.02094e+02 -8.39978e+01 1.06177e+00 
0.00000e+00 0.00000e+00 0.00000e+00 
4.34169e+02 1.90365e+02 1.08863e+00 
4.86655e+02 1.26902e+02 1.01699e+00 
2.69020e+02 2.55904e+02 1.06474e+00 
2.86136e+02 1.62798e+02 1.10382e+00 
5.32430e+02 -1.33005e+02 1.03548e+00 
6.01130e+02 4.56982e+00 1.01121e+00 
6.48511e+02 1.47200e+02 9.92624e-01 
6.79087e+02 -5.44545e+00 1.01861e+00 
6.88420e+02 -2.20034e+01 1.06801e+00 
6.09122e+02 -8.54259e+01 9.87110e-01 
6.62421e+02 -1.66007e+01 1.02242e+00 
6.53074e+02 0.00000e+00 1.00000e+00 
3.79922e+02 1.76312e+02 1.00870e+00 
4.29463e+02 9.82418e+01 1.00882e+00 
5.39244e+02 1.14624e+02 9.69279e-01 
5.43689e+02 1.32478e+02 1.01108e+00 
6.17247e+02 1.49071e+02 9.26403e-01 
4.90180e+02 1.75656e+02 9.51706e-01 
4.48837e+02 1.14439e+02 9.53718e-01 
3.81575e+02 1.67780e+02 9.86113e-01 
3.92670e+02 1.30896e+02 9.47817e-01 
5.66231e+02 1.39447e+02 9.70747e-01 
4.89253e+02 -1.54481e+01 1.00288e+00 
0.00000e+00 0.00000e+00 0.00000e+00

Attachment 3: CATS1_Y.e748

1
0.00000e+00 0.00000e+00 0.00000e+00 
0.00000e+00 0.00000e+00 0.00000e+00 
4.23571e+02 -3.05648e-01 9.97127e-01 
5.44313e+02 5.24416e+01 9.45735e-01 
3.96663e+02 -3.75587e+02 2.12947e+00 
4.56532e+02 -1.80711e+02 1.28066e+00 
6.13523e+02 -4.47056e+00 1.00511e+00 
6.41192e+02 3.98150e+01 9.33602e-01 
7.25740e+02 -7.31697e+02 1.74894e+00 
5.99601e+02 -1.68694e+01 1.00780e+00 
6.24716e+02 -4.22425e+01 1.07437e+00 
4.53031e+02 -1.66251e+01 1.01074e+00 
4.26326e+02 1.15322e+02 1.07804e+00 
5.86337e+02 2.84371e+01 1.00511e+00 
5.65290e+02 -1.68694e+01 1.00780e+00 
4.28282e+02 3.76757e+00 9.99775e-01 
4.30279e+02 2.11141e+02 9.30243e-01 
5.25136e+02 4.63544e+01 9.18503e-01 
4.33706e+02 1.88179e+01 9.70751e-01 
4.38891e+02 3.75208e+01 1.01769e+00 
5.67697e+02 4.96283e+01 9.59301e-01 
5.37884e+02 5.65257e+01 9.47027e-01 
4.85582e+02 9.95036e+01 9.20945e-01 
5.04006e+02 2.03915e+02 9.34450e-01 
4.07154e+02 -5.77408e+01 1.16653e+00 
6.23211e+02 -1.51856e+00 9.10178e-01 
4.38040e+02 1.75168e+02 9.06059e-01 
4.54268e+02 1.40872e+02 5.91949e-01

Attachment 4: CATS2_X.e748

1
0.00000e+00 0.00000e+00 0.00000e+00 
3.34587e+02 2.00650e+02 1.07934e+00 
4.94461e+02 -6.35325e+00 1.08172e+00 
5.67588e+02 4.06388e+01 1.02712e+00 
4.50661e+02 5.29033e+01 9.90188e-01 
4.45840e+02 1.02356e+02 9.19885e-01 
4.06916e+02 2.63410e+02 9.44240e-01 
4.40557e+02 3.17208e+01 9.79725e-01 
5.72217e+02 6.52334e+00 9.68168e-01 
7.23475e+02 -5.25592e+00 1.01744e+00 
6.53050e+02 1.91603e+01 1.02632e+00 
6.95528e+02 3.84150e+00 1.00936e+00 
6.20395e+02 -2.39370e+01 1.04553e+00 
5.32977e+02 1.49637e+00 1.03400e+00 
5.26391e+02 1.00334e+01 1.03468e+00 
6.93313e+02 -2.10039e-12 1.00000e+00 
4.39279e+02 1.23666e+02 1.03319e+00 
5.69248e+02 6.26484e+01 9.77047e-01 
4.75658e+02 7.99574e+01 1.03863e+00 
6.30330e+02 8.01632e+01 1.02125e+00 
6.21476e+02 1.32034e+02 1.00152e+00 
6.17823e+02 1.10678e+02 9.70194e-01 
1.05395e+03 -4.01065e+02 1.00000e+00 
5.48898e+02 1.11425e+02 1.02565e+00 
0.00000e+00 0.00000e+00 0.00000e+00 
4.91880e+02 -7.12089e+01 1.05674e+00 
5.23732e+02 -9.95157e+00 9.96339e-01 
0.00000e+00 2.63452e+03 1.08960e+00

Attachment 5: CATS2_Y.e748

1
0.00000e+00 0.00000e+00 0.00000e+00 
2.74396e+02 1.02120e+02 9.85473e-01 
2.63940e+02 8.44459e+01 1.09039e+00 
3.10101e+02 -1.34890e+01 1.06472e+00 
3.56091e+02 2.22788e+02 1.09166e+00 
3.08747e+02 5.15573e+01 1.04627e+00 
3.61903e+02 1.80754e+02 1.08510e+00 
4.38887e+02 -1.37139e+01 1.17610e+00 
4.04312e+02 8.30217e+01 9.61538e-01 
6.29621e+02 -2.24902e+01 9.88296e-01 
4.81956e+02 4.22236e+01 9.88296e-01 
2.51348e+02 2.04972e+02 1.00132e+00 
1.42958e+02 2.83350e+02 1.11865e+00 
3.68773e+02 6.61946e+01 1.05293e+00 
3.25749e+02 5.25261e+01 1.01360e+00 
3.56744e+02 0.00000e+00 1.00000e+00 
3.82595e+02 6.09758e+01 1.01496e+00 
3.10987e+02 -1.67088e+01 1.02123e+00 
4.15384e+02 5.97885e+01 1.01037e+00 
2.96425e+02 1.02513e+02 1.01496e+00 
4.61335e+02 7.49035e+01 1.00449e+00 
2.85142e+02 1.01033e+02 9.42917e-01 
3.60418e+02 4.49600e+01 1.09385e+00 
3.15124e+02 6.42529e+01 8.96437e-01 
2.86575e+02 1.37989e+02 1.01011e+00 
3.95809e+02 1.96327e+01 9.08646e-01 
5.52370e+02 4.39471e+01 9.16091e-01 
3.66064e+02 1.23284e+02 5.85140e-01

Mon Jun 12 16:56:36 2017

Experiment proposal

Attachment 1: Matta_PAC_GANIL_June_2016_v3.pdf

Mon Jun 12 22:48:45 2017

Tests of the DAQ with the Alpha Source

12Th June. 3-peak Alpha source rotated towards the telescopes MM1 to MM4 (square wall of 4 telescopes).
MUVI configurations are fixed on the DAS. See pictures below. Thresholds : 402 keV.
We have DAS error messages for telescopes T2 and T7 with problems of data transmission, "I2C errors" = logic signals problems, maybe due to
bad cable connection inside the reaction chamber.
This problem should be fixed on 13th June looking at the cables in the chamber.

GMT trigger configuration: see picture, all telescopes T1 T3 T4 T5, T6 and T8.
T2 and T7 not included in the trigger inputs.
FAG window : 500 ns; Validation width 5.0 �s.

We can see the three peaks on the telescopes T1 T3 and T4 which are in the trigger (spectra taken during 30 minutes for checking).
T6 (in the trigger also) is placed at 90 deg and it can detect also some alphas.

Attachment 1: GMTconfig12juin.png

Attachment 2: GMTconfigSourceAlpha.png

Attachment 3: ConfigCAStel1Muvi1.png

Attachment 4: DASmuvi1config.png

Attachment 5: ConfigPhysMuvi1Cas1Thresh.png

Attachment 6: MM1to4stripYsrcAlpha.png

Attachment 7: SpectresAlpha_12juin.png

Attachment 8: SetUpMateGainShaper.png

Tue Jun 13 11:14:23 2017

GMT configuration, FAG

The Gatconf parameter is now defined in the action file.
The new configuration for GMT (see chronogramme plot) is attached, with the FAG window width set at 100 ns.

Attachment 1: GMTconfigOKMust2FAG100ns.png

Attachment 2: GMTtrigParamActions.png

Attachment 3: GMTparamDASgatconf.png

Wed Jun 14 12:13:00 2017

MUST2 I2C Err debugging

It appears several SL cables are faulty.
To avoid manipulation of all the cable we now have T1-4 working. These required to scavenge SL T5 and give it to T2.

T5 is working but have no SL cables.
T7 and T8 have faulty SL cables; but has not been fully tested otherwise.

We are meeting with the cable lady (maude) this afternoon to see if she can check the cables and repair them.

CsI T6 still an issue

UPDATE: Cable send to ASCO company for repair. T6 fixed.

Thu Jun 15 10:16:03 2017

Electronics for GMT trigger and FAG

The GMT is used in a mode where we do not make coincidence and decision, GMT entries are single and all accepted as triggers of the DAQ.
The FAG window for the GMT should be set at a low value, typically 100 ns.

Attachment 1: DaqElectronicsMUST2gmtforE748.pdf

Thu Jun 15 17:51:15 2017

run5

alpha source
telescopes T1-T4 and T6

T1X STRIP 45 not working properly , 121 with noise
T1Y Strips 123,124 missing
T2X 3, 5, 6, 8, 9, 10, 11, 12, 111, 112, 113, 114, 116, 117, 119, 120, 122, 123 missing
T2Y 33, 108
T4X 10, 128
T4Y 65, 29, 123 (missing) 66 (muffee crazy)

run6
JUNK

run7

Added pedestal in all telescopes

T6Y 2nd part of strips not there(?) 65 to 128 strips not there (WHY?)
strip 2 missing

Fri Jun 16 09:57:54 2017

RUN 11 : alpha calibration with suppression of zeros ( & alignment of pedestals) for all night

Fri Jun 16 09:59:00 2017

RUN 12 : EXL trigger in GMT
+ gamma source 60Co

Sat Jun 17 10:22:43 2017

EXL ADC is now setup with individual gate on the ADC.

We also put the threshold higher to reduce the rate and managed to work on timing.

We still think we need to delay the trigger output from the Mesytec module so the GMT is not triggered too soon.

However its appears that the trigger arrive 40-60us before the signal. Not sure if the AI output of the ADC is working properly, need to check this with Fred.

After checking the signal on the scope out of the MSC16 everything is in time.

Sat Jun 17 10:27:26 2017

Starting the GRU online analysis

We setup a script to start the right environment to run GRU, ganil2root and nptool.

The script is located in /home/muvi/e748 and can be accessed by just typing online in the terminal.

This will start bash and source the relevant files.

Online and offline GRU script are located in the /home/muvi/e748/nptool/Projects/e748/online and /home/muvi/e748/nptool/Projects/e748/offline respectively.

The GUser class in both folder need to be compiled using the provide Makefile (so just do make after editing the GUser.cxx and GUser.h).

To start the GRU spectra server for online go to the online folder and type GRU Online.cxx

To convert a single file from .dat to .root go to the offline folder and type GRU Offline.cxx

Sat Jun 17 10:32:25 2017

Online/Offline list of task

We need to do the following improvement to the online / offline environment:

Provide two separates script for starting Online and Offline environment, that goes directly to the right folder. : Done
Make an Offline program instead of a script, so we can provide argument : Done bu Valerian and Adrien
Make a bash script for automatic conversion of the runs : Done by Valerian

Sat Jun 17 10:56:09 2017

JC Thomas plans for the beam production

Here are a few notes by Jean Charles about the expected LISE setting based on 2013 and 2014 16C tuning.

Attachment 1: REX-E628.pdf

Mon Jun 19 16:03:18 2017

We fiddled around with EXL trying to get a reasonnable 60Co spectrum.

We moved the source to the windows flange, so it is now facing the EXL detector with minimal matters inbetween, although rather far away (around 1m).

We set change the hardware gain on the second module, so the last two channels have the same hardware gain than the rest of the detector. This is an hardware gain of 30.

We set the software gain to 0 overall.

We set the software threshold to 15.

A rought estimate made this a 7 MeV range with a 300 keV threshold.

We are taking data (run 15) to check that.

Mon Jun 19 16:04:51 2017

Run 15 is started.
Source: We have a 3 alpha source in target position and a 60Co on the window flange.
Trigger: EXL

Mon Jun 19 16:36:07 2017

Run 15 online analysis showed waht we believe was 4 MeV range.

So we change the hardware gain on EXL to 2 on the first module and 5 on the second one (channel 17 and 18).

We changed the software gain to 9 on the first module and 6 on the second module.

We left the threshold to there previous values.

Mon Jun 19 16:36:31 2017

Run 16 is started.
Source: We have a 3 alpha source in target position and a 60Co on the window flange.
Trigger: EXL

JUNK: playing with threshold a lot.

Mon Jun 19 18:02:16 2017

Run 15 is started.
We have a 3 alpha source in target position and a 60Co on the window flange.
Trigger: EXL

Mon Jun 19 18:07:55 2017

Threshold changed on EXL

Run 15 online analysis showed what we believe was 4 MeV range.

We set the threshold channel by channel:

1:5
2:5
3:6
4:4
5:6
6:7
7:6
8:6
9:5
10:4
11:5
12:4
13:6
14:4
15:5
16:5
17:6
18:6

Tue Jun 20 09:08:46 2017

EXL Spectrum with 60Co source

Here is a spectrum of EXL after one night of accumulating stat on 60Co.

Attachment 1: exl_60co.ps

Adrien Matta, Phil Adsley

Wed Jun 21 09:05:26 2017

MUST2 Dead Time

We cabled the Dead time in the scaler.
We have a 100Hz pulser (entry 2 of U2M) in coincidence with the DT output of the GMT (entry 1), giving a direct reading of the dead time.

Note on MUST2 dead time:
- Without zero suppression the dead time caused by MUVI is 2ms. So this give a 40% DT at 180 counts per second.
- With zero suppression, the DT fall down to 240us (80us cash in to interrupt the CPU and, 80us to process the signal from MUVI to CAS and 80us to send the parameter back to the back plane). So this give a 5-7% DT with 180 counts per second.
- The ADC works in parallel of MUVI, so the DT are not cumulative.

Wed Jun 21 09:39:38 2017

Backup of config file

ganacq manip back up.

Attachment 1: must2.tar.gz

Thu Jun 22 10:24:12 2017

Manip config file backup before merge

Attachment 1: e748_cats.tar.gz

Thu Jun 22 11:10:35 2017

Mapping of the EXL detector in the analysis program versus how it is written on the cables.

Attachment 1: Mapping_of_EXL_in_analysis.pdf

Thu Jun 22 17:46:45 2017

MUST2 SL cable repair

Three cables came back from ASCO, two of them were the original spare cables.

Report from ASCO:

The spare could not work because two pins were soldered together, so the spare never worked
The other one had a broken pin on the fisher side. Try not to twith the cable when rotating the connector to plug it on the flange.

Thu Jun 22 17:49:20 2017

Adrien and Phil

MUST2 telescope test with alpha source

All Telescope now pass the I2C test.

We ran with an alpha source (attached pictures for the overall sequence),

1. at first the source was at 0deg: T1-4 OK; T6 got half of X strip missing, Y Ok; T7 got half Y missing, X Ok. T5 and 8 see nothing
2. source at 150 deg: T1-4 see nothing; T6-7 see nothing, T8 Ok; T5 got every other strip missing on 3/4 of Y (surely a capton issue).
3. source at 90 deg: T6-7 OK.

Attachment 1: T14_X.pdf

Attachment 2: T14_Y.pdf

Attachment 3: T58_X.pdf

Attachment 4: T58_Y.pdf

Thu Jun 22 17:55:52 2017

The surveyor are missing some point for the telescope measurement.

We reopen tommorrow to fix T5 and let them retake the missing points.

Fri Jun 23 09:18:14 2017

Plan for 23rd of June

We have to open today, I started warming up of the telescope at 9h18 today.

Once open, we have to check on T5 DSSD capton and fix them.

Surveyor will carry out there measurement in the afternoon.

We plan on closing again this evening to perform alpha calibration over the weekend.

Fri Jun 23 09:20:33 2017

23rd of June:
Fix T5
Surveyor measurement
Mount 60Co in vacuum

24-25th of June:
Pedestal alignement with source facing off
Alpha calibration

26th-27th of June:
Have Calimero Running (Luc started on Wenesday)
MUST2 time calibration
TAC time calibration
EXL calibration with in vacuum source

26th-29th
CHIO test and debug with NUMEXO2 qnd CAEN Digitizer

Fri Jun 23 16:37:54 2017

Adrien, Laurent, Vincent

MUST2 chamber opening

We opened the chamber and the surveyor took there measurement.

We closed the chamber with a 3 alpha source in the target position and a 60Co source on top.

All is now under vacuum, turbo are on and we are already below 1e-4 mbar. Cooling started, right now alcool at 10deg; copper at 12deg.

T5 capton fix.

I will start the LV tonight or tomorrow morning to run pedestal alignment and calibration over the weekend.

Attachment 1: IMG_1936.JPG

Fri Jun 23 20:49:49 2017

Chamber at 2e-5, cooling -9deg outside; -5 on copper LV off.

Starting BT and HV. No trip; normal current (1-2ua on DSSD; ~0.01 on CsI, still high current,9ua at 450V SiLi1 T5, other SiLi at 4-5ua).

DAS Config ok, passing I2C.

Start DAQ Ok storage off: all actor working 500kb/s, 200kb/s

GRU start ok; but receive no buffer. Kill all the daq and das, work ok.

Alpha look nice on all telescope that see the source (1-4 and half of 6/7).

All good for tonigh. let it run with storage off, waiting for the temp to set in before calibration.

Sat Jun 24 21:41:30 2017

Pedestal alignement and calibration

MUSt2 pedestal aligned for all telescope.

Started alpha run with all telescope in trigger as well as EXL.

Sili1 T5 and Sili2 T8 tripped.

EXL back on (LV and HV on)

Sun Jun 25 09:53:44 2017

Junk

Sun Jun 25 09:54:08 2017

Source: 3-alpha + 60Co
Trigger: T1-8 or EXL

Run 19 : disk quota exceeded

Mon Jun 26 09:15:31 2017

Run 19 was still running this morning, but file stop writting at 6 O'Clock, when the disk quota exceeded (we wrtoe about 14Go of data, so not that much!)

Mon Jun 26 10:26:16 2017

We implemented the add-back correction with cross-talk subtraction.

On the joined graph, RawEnergy correspond to the sum of the energy in every crystals and Energy correspond to the sum of energy in every crystals with the cross subtraction.

Attachment 1: addback.pdf

Mon Jun 26 17:38:32 2017

Luc and Greg fixed Calimero, We have to perform the calibration but there is some work going on with CATS.

Tue Jun 27 10:15:38 2017

CATS were added to the scalers:
T CATS1 : 3rd scaler channel
T CATS2 : 4th scaler channel

Tue Jun 27 13:47:15 2017

Calib CATS1:
pedestal - x5 - x2 - full

--> "Bad" data - IGNORE

Tue Jun 27 13:47:57 2017

JUNK

Tue Jun 27 13:48:22 2017

CALIB CATS2:
x5 - x2 - full - pedestal

--> "Bad" data: IGNORE

Tue Jun 27 15:39:04 2017

Calib Cats 2

pedestal, x5, x2, full
y= ax+b

CATS 2 X:
pedestal b a
0.00000e+00 0.00000e+00 0.00000e+00
3.34866e+02 1.73188e+02 1.07898e+00
4.27902e+02 1.42089e+01 1.07816e+00
4.13552e+02 3.10856e+01 1.02086e+00
4.00208e+02 6.17653e+01 1.00013e+00
3.57374e+02 1.09273e+02 9.21692e-01
3.77134e+02 1.24841e+02 9.30566e-01
4.67776e+02 6.89964e+01 1.00816e+00
4.56957e+02 7.81026e-02 9.72500e-01
4.91687e+02 -3.70330e+01 1.01447e+00
4.44520e+02 1.29315e+01 1.02924e+00
5.16241e+02 1.51421e+01 1.02187e+00
5.98725e+02 -1.99749e+01 1.06386e+00
5.88034e+02 4.53268e+00 1.04290e+00
5.93616e+02 5.28299e+00 1.03251e+00
4.57185e+02 1.05019e-12 1.00000e+00
3.64839e+02 8.55050e+01 9.99165e-01
3.68563e+02 8.43430e+01 9.93994e-01
4.22265e+02 3.90584e+01 1.03176e+00
5.59843e+02 7.74268e+01 1.02100e+00
4.59830e+02 1.11505e+02 9.92221e-01
4.75931e+02 1.13948e+02 9.87686e-01
1.13867e+03 -5.34852e+02 1.01375e+00
3.58569e+02 9.05469e+01 1.02335e+00
0.00000e+00 0.00000e+00 0.00000e+00
4.84610e+02 -2.91350e+01 1.13626e+00
5.53750e+02 6.83327e+00 1.03685e+00
0.00000e+00 2.47237e+03 1.07958e+00

CATS 2 Y:
pedestal b a
0.00000e+00 0.00000e+00 0.00000e+00
4.24831e+02 1.17597e+02 9.84481e-01
4.84448e+02 1.17596e+02 1.08003e+00
5.23981e+02 3.36635e+01 1.07637e+00
4.22131e+02 1.92245e+02 1.07637e+00
5.03330e+02 8.05487e+01 1.04232e+00
4.13404e+02 1.30024e+02 1.06911e+00
4.69403e+02 8.97913e+01 1.21310e+00
5.11508e+02 1.03630e+02 9.63055e-01
5.70794e+02 -4.75816e+01 9.86138e-01
3.91089e+02 3.31339e+01 9.86138e-01
2.91074e+02 1.80070e+02 1.00000e+00
3.94905e+02 2.11706e+02 1.14329e+00
5.93069e+02 -1.32967e+01 1.04232e+00
5.17529e+02 4.97861e+01 1.01332e+00
4.08273e+02 5.25097e-13 1.00000e+00
3.96650e+02 4.96131e+01 1.00198e+00
3.55425e+02 6.26946e+01 1.03495e+00
5.12050e+02 4.94409e+01 9.97120e-01
4.96649e+02 9.87188e+01 1.00343e+00
3.78996e+02 6.95147e+01 9.89215e-01
4.89862e+02 1.09019e+02 9.34211e-01
3.18767e+02 6.48178e+01 1.08574e+00
4.70483e+02 1.12218e+02 8.93626e-01
2.32420e+02 2.30826e+02 9.90101e-01
4.95295e+02 6.55162e+01 9.06830e-01
3.77947e+02 8.44817e+01 9.13469e-01
4.99835e+02 2.08303e+02 5.84923e-01

Tue Jun 27 15:41:53 2017

Calib CATS 1
pedestal, x5, x2, full

CATS 1 X:
pedestal b a
0.00000e+00 0.00000e+00 0.00000e+00
4.40603e+02 -3.48159e+01 1.02964e+00
6.02994e+02 -7.57725e+01 1.06784e+00
0.00000e+00 0.00000e+00 0.00000e+00
4.74491e+02 6.59788e+01 1.06378e+00
4.98303e+02 8.99406e+01 1.00901e+00
2.26891e+02 1.94228e+02 1.05105e+00
4.19835e+02 1.80672e+02 1.12100e+00
6.22464e+02 -1.25338e+02 1.10316e+00
5.31669e+02 -1.01516e+01 1.00506e+00
6.25393e+02 3.00074e+01 9.72394e-01
5.59032e+02 -3.31109e+01 1.01151e+00
4.89439e+02 -3.84630e+01 1.06460e+00
5.13102e+02 -1.02740e+02 9.81045e-01
5.94925e+02 -2.42060e+01 1.02663e+00
6.50631e+02 -2.10039e-12 1.00000e+00
3.32446e+02 1.50221e+02 1.00639e+00
5.30827e+02 1.52912e+01 9.96113e-01
5.00795e+02 8.48992e+01 9.62420e-01
4.68150e+02 1.10973e+02 1.00915e+00
5.06219e+02 7.55522e+01 9.16153e-01
3.93183e+02 1.10535e+02 9.42549e-01
5.08446e+02 6.54707e+01 9.72265e-01
4.84163e+02 8.22200e+01 9.73209e-01
4.80987e+02 9.04152e+01 9.39857e-01
0.00000e+00 0.00000e+00 0.00000e+00
4.90738e+02 -5.61319e+00 1.00593e+00
0.00000e+00 0.00000e+00 0.00000e+00

CATS 1 Y:
pedestal b a
0.00000e+00 0.00000e+00 0.00000e+00
0.00000e+00 0.00000e+00 0.00000e+00
1.25563e+03 -7.73916e+02 9.68701e-01
1.09961e+03 -4.55950e+02 9.29963e-01
6.49543e+02 -4.10113e+01 9.69826e-01
4.54606e+02 -2.49127e+02 1.65100e+00
5.87073e+02 -3.27254e+01 9.77807e-01
5.80789e+02 6.21338e+01 9.35535e-01
4.10148e+02 -5.15971e+02 2.65358e+00
6.31751e+02 -5.64590e+01 9.67075e-01
4.46256e+02 -1.00951e+02 1.05747e+00
5.75810e+02 -1.28067e+02 9.71718e-01
6.33016e+02 -1.64263e+02 1.00497e+00
4.07925e+02 -1.29901e+01 9.83705e-01
5.78569e+02 -1.78799e+02 9.90214e-01
4.76050e+02 -1.05019e-12 1.00000e+00
4.25520e+02 3.84749e+01 9.24456e-01
4.41018e+02 8.55021e+01 9.12943e-01
3.90032e+02 2.38231e+01 9.90214e-01
4.75086e+02 9.37774e+01 9.98264e-01
5.05763e+02 4.77228e+01 9.44267e-01
6.33737e+02 -1.11174e+02 9.08310e-01
6.30129e+02 -8.39653e+01 8.84702e-01
7.33337e+02 -1.32071e+02 8.95065e-01
5.36332e+02 -1.84979e+02 1.35717e+00
5.01813e+02 3.65279e+01 1.04815e+00
4.93026e+02 2.93335e+01 8.22334e-01
5.89562e+02 1.15050e+02 6.25701e-01

Tue Jun 27 17:41:17 2017

Started run #28
3-alpha

Junk, source not well positionned

Tue Jun 27 17:51:24 2017

Started run #29 at 17h45
3-alpha around 90deg

Wed Jun 28 10:52:15 2017

Memo for CALIMERO MUST2 Time Calibration

Temporary file indicating the main steps for the time calibration of MUST2 using the Calimero DAQ package program.

Attachment 1: ConfigDAQDasCalimerov2017vlxTMP.pdf

Wed Jun 28 10:54:34 2017

DAQ problems due to TCP/IP errors

Problems occurred during the run #29 at 2h38 Wed. 28th June, with the following error messages written in the Run Control GUI window:

Error rcc MUST2:VMECOM :TCP error TCP/IP time-out

Attachment 1: ProblemRun29TCPerror.png

Calibration run #31 with Alpha source - MM5 and MM8

Wed Jun 28 11:02:38 2017

Run #31 started at 11:01, Wednesday 28th June.
The alpha source is rotated towards the telescopes 5, 8.

Attachment 1: Run31startNarvalAlphaSource.png

Surveyor's positions CATS

Wed Jun 28 11:42:06 2017

Attachment 1: Position_geometre_CATS.png

Trapezoidal filter for CHIO

Wed Jun 28 15:07:43 2017

const int nCHIO=200; // nb samples. sera ajuste en manip

float SIG[nCHIO];
int k=25; /// PLATEAU
int l=5; /// INTEGRATION
float M=300.; /// PZC
float vn, vnk, vnl, vnkl, dkl[nCHIO], p[nCHIO], r[nCHIO], s[nCHIO];

float THR=2.E5; // Seuil a ajuster en fonction de "l"
float Max=0;
int nPREV=5; // pour calcul baseline, a ajuster en ligne
int nBL=5; // pour calcul baseline, a ajuster en ligne
int tTHR=0;
float BLmean=0;

for(int i=0;i<nCHIO;i++)
{
vn=CHIO; // vecteur CHIO[]: samples
if(i-k>=0) vnk=CHIO[i-k];
else vnk=0;
if(i-l>=0) vnl=CHIO[i-l];
else vnl=0;
if(i-k-l>=0) vnkl=CHIO[i-k-l];
else vnkl=0;

dkl=vn-vnk-vnl+vnkl;
if(i>0) p=p[i-1]+dkl;
else p=dkl;
r=p+M*dkl;
if(i>0) s=s[i-1]+r;
else s=r;

if(i>0) SIG=s[i-1]+r;
else SIG=r;

hCHIO_FILTER->SetBinContent(i+1,SIG);
//if(SIG>Max) Max=SIG;
if(SIG>THR && i>nPREV+nBL && tTHR==0) tTHR=i;
if(tTHR)
{
for(int j=tTHR-(nPREV+nBL);j<tTHR-nPREV;j++) BLmean+=SIG;
BLmean/=nBL;
if(SIG>Max) Max=SIG;
if(i<nCHIO-1 && SIG<Max && SIG[i+1]<Max)
{
hECHIO_RAW->Fill(Max);
tTHR=0;
}
}

}

Wed Jun 28 15:17:24 2017

Run #31 started at 11h01; stopped at 15h13
Problem on ganlx9 VME Chio
TIMEOUT on the stop process.

Attachment 1: Run31stopProbTimeoutGanlx9Chio.png

Target and Mask are Mounted

Thu Jun 29 10:44:45 2017

We mounted the target and mask in the chamber before closing:

The target order on the ladder is the following, starting from the bottom (Target ladder fully flushed inside the chamber with no spacer):

Target size: outside: 30 by 50mm inside 25 by 40mm.

No spacer: Mask
30mm spacer: 1.5mg/cm2
60mm spacer: 2.5mg/cm2
90mm spacer: 1.5mg/cm2
120mm spacer: 2.5mg/cm2
150mm: no target (no target frame, just the ladder)

Attachment 1: IMG_1973.JPG

Attachment 2: IMG_1954.JPG

Attachment 3: IMG_1953.JPG

Attachment 4: IMG_1974.JPG

ALL CALIMERO Time Calibration MUVI1

Thu Jun 29 23:26:10 2017

29 JUNE 2017
CONDITIONS FOR CALIMERO CALIBRATIONS
Time calibrator Period 20ns ; range 512 ns
storage /data/e748X/e748/acquisition/run
--------------------------------------------------------------------------
RUN 0035 started 22h01; stop 22:35
RUN 0035 (run_0035.dat.29-06-17_22h01m28s.1) started 22h35 stop at 22h50
MUVI 1 TRIGGER IN GMT: MM1, MM2, MM3, MM4
MATE validated: STRIP-X T (enable MUFEEX, disable SiLi )

1048576000 29 juin 22:35 run_0035.dat.29-06-17_22h01m28s
431554560 29 juin 22:50 run_0035.dat.29-06-17_22h01m28s.1

The time to calibrate all stripXT is 50 minutes, when the statistics requested for one spectrum is 100000.

NB: DSSD Telescope 2 tripped round 23h50 29 june !!! I ~ 4.9 �A
-------------------------------------------------------------------------
RUN 0038 started 23h03 ; stop 00H14 30 juin
MUVI 1 TRIGGER IN GMT: MM1, MM2, MM3, MM4
MATE validated: STRIP-Y T (enable MUFEEX, disable CsI)
Exxx 1048576000 29 juin 23:28 run_0038.dat.29-06-17_23h03m18s
Exxx 1048576000 29 juin 23:53 run_0038.dat.29-06-17_23h03m18s.1
Exxx 846856192 30 juin 00:14 run_0038.dat.29-06-17_23h03m18s.2

--------------------------------------------------------------------------

Attachment 1: CalimeroRunControl.png

Attachment 2: ConfigCalimeroStat.png

Attachment 3: CalibTmuvi1Yperiod20nsrange600ns.png

Attachment 4: TimeMust2X_MUVI1_uncalib.png

Attachment 5: TimeMust2Y_MUVI1_uncalib.png

ALL CALIMERO Time Calibration MUVI2

Fri Jun 30 00:33:36 2017

30 JUNE 2017
CONDITIONS FOR CALIMERO CALIBRATIONS
Time calibrator Period 20ns ; range 512 ns
storage /data/e748X/e748/acquisition/run
--------------------------------------------------------------------------
RUN 0039 started 0h19 ; stop 00H45

MUVI 2 TRIGGER IN GMT: MM5, MM6, MM7, MM8
BUT ALL MUVI2 MATE at 300 ns !!!!
MATE validated: STRIP-X T (enable MUFEEX, disable SiLi )

The time to calibrate all stripXT is 25 minutes, when the statistics requested for one spectrum is 50000.

Exxx 761004032 30 juin 00:45 run_0039.dat.30-06-17_00h19m45s
-------------------------------------------------------------------------

Attachment 1: CalibTimeMUVI2stripXT.png

Attachment 2: SpectresMUVI2stripXT300ns.png

ALL CALIMERO Time Calibration MUVI2 GOOD RUNS 600ns

Fri Jun 30 01:01:08 2017

RANGE TAC MUST2 600ns
CALIMERO TIME CALIBRATOR PERIOD 20ns; Range 512ns
RUN 40 started 00H53 ; stop 30 juin 01:19
MUVI 2 TRIGGER IN GMT: MM5, MM6, MM7, MM8
MATE validated: STRIP-X T (enable MUFEEX, disable SiLi)

---------------------------------------------------------
RUN 41 started ; stop 30 juin stop 31st of june 01:47
MUVI 2 TRIGGER IN GMT: MM5, MM6, MM7, MM8
MATE validated: STRIP-Y T (enable MUFEEY, disable CsI)

---------------------------------------------------------

Attachment 1: TimeMust2X_MUVI2_uncalib.png

Attachment 2: TimeMust2Y_MUVI2_uncalib.png

Warming up of detector started

Fri Jun 30 02:00:44 2017

All LV and HT off, vaccumm at 1.3e-5 mbar, starting warm up sequence.

Fri Jun 30 11:09:59 2017

Analysis of DSSD Energy Calibration - alpha source

We made a calibration with the last alpha source runs:
-run 19 for T1-2-3-4
-run 29 for T5 and T8
-run 31 for T6 and T7

Here are some plots of the analysed runs using this calibration.
In general one can see that telescope 2 has the worst resolution, has an EX energy shifted. It is also the detector with the largest (increasing) leakage current. It has to be investigated in more details...

Calibration summary for each detector can be found in:
/home/e748/analysis/nptool/Projects/e748/Calibration/Energy/Calibration/Juin16_CalE

Attachment 1: run19_Summary_EX.pdf

Attachment 2: run19_Summary_EY.pdf

Fri Jun 30 12:24:17 2017

DAQ Parameters: TAC, Caviar, LISE D4, D6, Caviar

Attachment 1: DASParamVXIMust2CatsTACLise.png

Attachment 2: DASParamVXIChioQDC.png

Attachment 3: DASParamVXIChioADClisepar.png

Fri Jun 30 16:49:49 2017

GMT triggers and chronograph

Configurations for the GMT inputs.
30 June 2017 pm
all Must2 telescopes,
divided inputs: Cats 1 (IN9) and Cats2 (IN10); Plast (IN11); ChIo (IN12);
TriggerLISE (IN13).
GMT chronograph FAG 100ns; CT 5�s.

Attachment 1: DASConfigTriggerGMT.png

Attachment 2: ChronogrammeGMT30juinFAG100nsCT5�s.png

Fri Jun 30 16:55:04 2017

Run control for global DAQ with NUMEXO

The run start/stop sequence for the global DAQ including the NUMEXO:

I. ssh e748chio@ganp976
pw (same as for the experiment)
II. start_acq e748chio
-->the RC window of the e748chio is opened
III. START (on the RC e748chio)
IV. START (on the RC e748)
V. STOP (on the RC e748)
VI. STOP (on the RC e748chio)
==================================================================================

Attachment 1: RunControlAll748ModeMonitoring.png

Attachment 2: NarvalRunControlAllE748.png

Fri Jun 30 17:53:35 2017

Scalers parameters U2M

Attachment 1: Actionse748ganlx11withU2M.png

Attachment 2: ScalerAnalyzerU2M.png

Fri Jun 30 20:46:16 2017

List of the reaction target in the chamber from bottom to up:

6. EMPTY FRAME (no frame)
5. CD2 2.5 mg/cm2
4. CD2 1.5 mg/cm2
3. CD2 2.5 mg/cm2
2. CD2 1.5 mg/cm2
1. MASK

MASK viewed from the beam coming to the target position :
cf photograph of entry ELOG Id=83 https://caeelog.in2p3.fr/MUST2/83
____________________________
----*-----*-----*------
----------*-------------
----*-----*--*--*---
-------*-----*--------
----*-----*-----*------
_________________________

SYSTEM of 3 blocks to fix the target position :
I small one
II long one III long one; II = III

To have the target n�1 mask: no block
To have target n�2 block I
target n�3: block II
target n�4: blocks I+II
target n�5: blocks II+III
target n�6: blocks I+II+III

Primary beam energy measurement

Sat Jul 1 09:27:46 2017

Sat Jul 1 10:47:18 2017

PCP delivered the primary beam energy measurement

Attachment 1: IMG_1984.JPG

Sat Jul 1 12:45:25 2017

run_0026 CATS 1 X Y
run_0027 CATS 2 X Y

Attachment 1: cats_calibrated.png

Sat Jul 1 14:32:02 2017

Scalers U2M, parameters

U2M configuration +Actions ganlx11

The signals for the scalers are converted from NIM to ECL in a 16 channel module NIM-ECL.
The cable is PHYSICALLY connected from the NIM-ECL module to the U2M on Groups 1 & 2.
Normally we should read these scalers on the U2M from channel 1 to 16 BUT
we found that the good channels are running on channels 17 to 32. See below.
We have defined the actions for all possible channels of the U2M registers 1 to 16 (Groups 1 and 2), and 17 to 32
(Groups 3 and 4)

Attachment 1: ScalersU2Mok.png

Attachment 2: CompilActionsganlx11ScalerGr1to4..png

Sat Jul 1 14:45:17 2017

Parameters for correlation checkings

The parameters to be used for the checking of the correlations between crates/VME/VXI and good running of the merging
conditions of the different DAQs are :
- for MUST2 VXI with the GMT: GATCONF
- for CATS VXI: DATATRIG
- for CHIO VXI: DATATRIG_CHIO
- for CAVIAR crate: CONFDEV
- for AGAVA: CONFDEV_AGAVA

Check correlations on the following bidim:
parameter T_PL_CATS1 coded in ADC VXI MUST2
parameter T_PLch_CATS1 coded in ADC VXI CHIO

check T_CATS1_CAV

Sat Jul 1 15:12:01 2017

Conditions for Bidiv and TAC 1st July 15pm

(Update the file CONDTIONS748.txt during the experiment)

JULY 1st 15pm

Bidiv = 1 for CATS1 and 2
Bidiv = 10 for Plast and ChIo

TAC ranges

START STOP RANGE PARAMETER ADDRESS VXI MODULE
-------------------------------------------------------------------
-------------------------------------------------------------------
CATS1_FAG CAVIAR 1�s T_CATS1_CAV ADC VXI MUST2 add=19
CATS1_FAG CATS2_FAG 500ns T_CATS1_CAV ADC VXI MUST2 add=20
OU_MUVI CATS1_FAG 500ns T_MUVI_CATS1 ADC VXI MUST2 add=21
PLAST_FAG CATS1_FAG 1�s T_PL_CATS2 ADC VXI MUST2 add=22
PLAST_FAG CATS1_FAG 1�s T_PL_CATS1 ADC VXI MUST2 add=23
-------------------------------------------------------------------
PLAST_FAG CATS1_FAG 1�s T_PLch_CATS1 ADC VXI CHIO add=19
PLAST_FAG CHIO 1�s T_PL_CHIO ADC VXI CHIO add=3
-------------------------------------------------------------------
-------------------------------------------------------------------

Sat Jul 1 17:09:04 2017

run_0040_CalMust2Histos.root

Attachment 1: must2_time_cal_run40.png

Sat Jul 1 22:16:46 2017

The DAQ was not merging properly.
We figured out that the centrum was goiging out of sync when the run was stopped.
Fred added in the action file the reset of the event number in the INIT RUN block.
First few test seems to have solved the issue.

Sun Jul 2 03:46:11 2017

UPDATE OF TAC settings

Here are several changes made during the night to optimize timing for TACs:

TAC PL-CATS1
START: CATS1 val FAG
STOP: PL no val

TAC PL-CATS2
START: CATS2 val FAG
STOP: PL no val

TAC CAVIAR - CATS1
START: CATS1 val FAG
STOP: CAVIAR delayed of 550 ns
range: 1 us

TAC CATS1-CATS2
CATS2 delayed of 33 ns
range: 200 ns
now channel 29 in ADC (starting from 1)

TAC PL CHIO:
START: PL val GAMER CHIO
STOP: CHIO no val

Sun Jul 2 04:58:36 2017

Starting Run 74 with trigger plastic and MASK at target position.

Intensity is set around 6-10kHz

Sun Jul 2 05:45:18 2017

Run 75

shift surveyor
CATS_SHIFT[2][2]={{0.3,0.8},{0.7,0.2}} ie (X1,Y1)(X2,Y2) -> to be adjusted in more detail
TARGET_SHIFT[2]={-0.2,0.0}

List of inversion : X -> -X on CATS1

Attachment 1: Run75MaskCATS2.png

Sun Jul 2 05:56:12 2017

Run 74 Mask on target

With surveyor offsets and the inversion X -> -X on CATS1 (determined with run 75), 2 holes are observed. see figure Run74MaskTarget.png
Need to scan the mask with the beam.

Play with offset to fit with the hole which is at zero (we think at zero, has to be confirmed with a new run scanning all the target with beam) -> new set of offsets X1=+0.3mm Y1=+0.8mm X2=+0.3mm Y2=0mm
See figure Run74MaskTarget_Offsetmv.png

Attachment 1: Run74MaskTarget.png

Attachment 2: Run74MaskTarget_Offsetmv.png

Sun Jul 2 08:06:53 2017

Conditions of Run 77

2 July - start at 6h29 - stop at 8h38
e748 Exxx 126943232 2 juil. 08:38 run_0077.dat.02-07-17_06h29m23s

N.B: The run is stopped at 8h38 to check the bidim of correlations TPL_CATS1 coded in VXI MUST2 and VXI CHIO.
GMT Triggers all MUST2 T1 to T8
----------------------------------------------------------------------------------------------------
CD2 2.5 mg/cm2 POSITION 3
CATS rate ~ 10 K/s to 12K /s; SCaler Analyzer see plot below
Muvi1 and Muvi2 counting rates: plots below

The merge configuration is checked with the parameters CONFDEV GATCONF etc...see plot below at 8h00
----------------------------------------------------------------------------------------------------

Attachment 1: CheckMergeConf2july17at8h00.png

Attachment 2: RunControlOnlineNarvalRun77.png

Attachment 3: ScalerAnalyzerRun77At8h15.png

Attachment 4: ScalerMuvi1Run77.png

Attachment 5: ScalerMuvi2Run77.png

Attachment 6: GMTConfigRun77.png

Run 78 - 2 July - 18O beam

Sun Jul 2 08:40:25 2017

Run #78 CD2 2.5 mg/cm2 position 3 - 18O beam
Same conditions as for Run 77
Triggers all MUST2, T1 to T8, GMT IN1 to IN8
RUN 78 2nd July START at 8h39, STOP 10h01
e748 Exxx 92405760 2 juil. 10:01 run_0078.dat.02-07-17_08h39m30s

STOP of the beam and of the run to enter in D6, to make some checking of electronics and of the timing.

Attachment 1: Run78ConfdevDataTrig.png

Attachment 2: RUN78tPLcats1CORREL.png

Attachment 3: Run78CorrelWindowtimePlastCats1.png

Attachment 4: Run78TACplastCats.png

Attachment 5: Run78TrigMM2impact.png

Summary of the TAC conditions

Sun Jul 2 08:46:13 2017

JULY 2nd 8pm

Bidiv = 1 for CATS1 and 2
Bidiv = 1 for Plast and ChIo

TAC ranges

START STOP RANGE PARAMETER ADDRESS VXI MODULE
-------------------------------------------------------------------------------------------
-------------------------------------------------------------------------------------------
CATS1_FAG CAVIAR (del 550ns) 1�s T_CATS1_CAV ADC VXI MUST2 add=19
CATS1_FAG CATS2_FAG (del 33ns) 200ns T_CATS1_2 ADC VXI MUST2 add=28
OU_MUVI CATS1_FAG 500ns T_MUVI_CATS1 ADC VXI MUST2 add=21
CATS2_FAG PLAST (val) 1�s T_PL_CATS2 ADC VXI MUST2 add=22
CATS1_FAG PLAST (no val) 1�s T_PL_CATS1 ADC VXI MUST2 add=23
-------------------------------------------------------------------------------------------
CATS1_FAG PLAST (no val) 1�s T_PLch_CATS1 ADC VXI CHIO add=19
PLAST val Gamer ChIo CHIO (no val) 2�s T_PL_CHIO ADC VXI CHIO add=3
-------------------------------------------------------------------------------------------
TAC EXL HF 100ns EXL_HF ADC VXI MUST2 add=18
-------------------------------------------------------------------------------------------

Test of the TAC plast CATS ADC VXI Run78

Sun Jul 2 09:54:05 2017

Attachment 1: InspectLinesVXIMust2Run78LTtAiCatsFAG.png

Attachment 2: InspectVXIchioADCsignalTplchCATS1Run78.png

Change of the electronics for TAC Plast CATS1

Sun Jul 2 10:31:48 2017

Shift U (B�a +Vlx) entered in the room to check the electronics of Cats1 and of the TAC plast-Cats1
Now we have taken the output of one of the TAC : START=CATS1_FAG - STOP plast (no val)
We send it to a Linear Fifo from which it is duplicated for the ADC channels:
-ADC of VXI MUST2 parameter T_PL_CATS1 ; add 23
-ADC of VXI CHIO parameter T_PLch_CATS1; add 19
NB:
Now we put 50 Ohms everywhere in the logic Fifo for Cats1 Validated in the CATS electronics.

Sun Jul 2 10:44:59 2017

run_0079.dat.02-07-17_10h37m20s
Triggers : all MUST2 telescopes 1 to 8.
The pulser is ON again in the DAQ and Scaler Analyzer. See plots.
The pulser is taken from the GAMER of the VXI CHIO.
For the correlations the situation is now improved (no multiple peaks in Tplast_CATS1)
but a lot of 0 in the TAC spectra. Low counting rates in the spectra between Plast and CATS, which are obtained
with the MUST2 triggers. We need to check the correlations between CATS and MUST2.

For all the runs the validations of the CATS was taken using the signal from the GAMER of VXI CATS, the sequenceur.
See below the configuration of "SEQUENCEUR".

Attachment 1: ScalersAnalyzerRun79.png

Attachment 2: PulserONforRUn79GAMERchiO.png

Attachment 3: ScalerAnalyzerRun79OkPulser.png

Attachment 4: Run79CorrelPlastCATS1vxiChioAndMUST2.png

Attachment 5: Run79CorrelTPlastCats1.png

Attachment 6: DASconfigSequenceurCATS.png

Attachment 7: ADCvxiMust2configPAramTAC.png

Attachment 8: ConfigADCvxiChioRun79.png

Runs 80-81 TESTS change of TAC and triggers

Sun Jul 2 11:38:03 2017

For runs 80- 81:
for test purposes, we changed the coincidence mode for CATS: we put FAG instead of the Seq1 coming from the gamer.
Run 80 start 11h33; stop 11h40
e748 Exxx 15794176 2 juil. 11:40 run_0080.dat.02-07-17_11h33m07s
CD2 2.5 mg/cm2
change of the trigger conditions only CATS1 div =100
(all bidiv at 100)
-------------------------------------------------------------------------------------------
Run 81 start 11h42; stop 11h48 triggers IN1 to IN8, all Must2
e748 Exxx 4128768 2 juil. 11:48 run_0081.dat.02-07-17_11h42m27s
-------------------------------------------------------------------------------------------

CONDITIONS FOR TAC:
START STOP RANGE PARAMETER ADDRESS VXI MODULE
-------------------------------------------------------------------------------------------
CATS1_FAG CAVIAR (del 550ns) 1�s T_CATS1_CAV ADC VXI MUST2 add=19
CATS1_FAG CATS2_FAG (del 33ns) 200ns T_CATS1_2 ADC VXI MUST2 add=28
OU_MUVI CATS1_FAG 500ns T_MUVI_CATS1 ADC VXI MUST2 add=21
CATS2_FAG PLAST (val) 200ns T_PL_CATS2 ADC VXI MUST2 add=22
CATS1_FAG PLAST (no val) 200 ns T_PL_CATS1 ADC VXI MUST2 add=23
-------------------------------------------------------------------------------------------
CATS1_FAG PLAST (no val) 200ns T_PLch_CATS1 ADC VXI CHIO add=19
PLAST val Gamer ChIo CHIO (no val) 2�s T_PL_CHIO ADC VXI CHIO add=3
-------------------------------------------------------------------------------------------
TAC EXL HF 200 ns EXL_HF ADC VXI MUST2 add=18

Sun Jul 2 12:08:56 2017

Run82 start at 12h00 stop at 12h09
e748 Exxx 6684672 2 juil. 12:09 run_0082.dat.02-07-17_12h00m43s
Before starting run 82, we enter in the D6 room to restaure the electronics for CATS as it was before
(back to the situation of SEQ1 for the coincidence in CATS electronics, as before run 80)
triggers all MUST2
CD2 target
counting 10-12 k/s on CATS
CATS 1 and 2 : HV 650V

Runs 83-84 only CATS1 trigger

Sun Jul 2 12:16:57 2017

Run83 start at 12h11 stop at 12h16
e748 Exxx 21561344 2 juil. 12:16 run_0083.dat.02-07-17_12h11m16s

----------------------------------------------
Run83 start at 12h24 stop at

---------------------------------------------
trigger: ONLY Cats1 div (div=100)
CD2 target 2.5 mg/cm2
counting 10-12 k/s on CATS
CATS 1 and 2 : HV 650V
----------------------------------------------

Attachment 1: ScalersRun84Cats1trigg.png

Attachment 2: ConfigTRigCorrelMErgeRun84.png

Sun Jul 2 13:22:46 2017

Started run #85 at 13h21 stop at 13h31
e748 Exxx 5439488 2 juil. 13:31 run_0085.dat.02-07-17_13h21m57s
Triggers all MUST2
CD2 target 2.5 mg/cm2
18O beam
NOW (Run 85) Plast DEL 200ns instead of 500 ns (for previous runs)
signal for all the TAC with CATS
Range of TAC 1�s for T_PL_CATS2, T_PL_CATS1
(same for signal T_PLch_CATS1 duplicated from T_PL_CATS1 and coded in VXI CHIO)
START STOP RANGE PARAMETER ADDRESS VXI MODULE
-------------------------------------------------------------------------------------------
-------------------------------------------------------------------------------------------
CATS1_FAG CAVIAR (del 550ns) 1�s T_CATS1_CAV ADC VXI MUST2 add=19
CATS1_FAG CATS2_FAG (del 33ns) 200ns T_CATS1_2 ADC VXI MUST2 add=28
OU_MUVI CATS1_FAG 500ns T_MUVI_CATS1 ADC VXI MUST2 add=21
CATS2_FAG PLAST (no val) 1�s T_PL_CATS2 ADC VXI MUST2 add=22
CATS1_FAG PLAST (no val) 1�s T_PL_CATS1 ADC VXI MUST2 add=23

!!!NOW PLAST is delayed with 200 ns (DGG) previously it was 500ns
-------------------------------------------------------------------------------------------
CATS1_FAG PLAST (no val) 1�s T_PLch_CATS1 ADC VXI CHIO add=19
PLAST val Gamer ChIo CHIO (no val) 2�s T_PL_CHIO ADC VXI CHIO add=3
-------------------------------------------------------------------------------------------
TAC EXL HF 100ns EXL_HF ADC VXI MUST2 add=18

Sun Jul 2 13:31:21 2017

Run 86 start at 13h32 stop at 13h43
e748 Exxx 34340864 2 juil. 13:43 run_0086.dat.02-07-17_13h32m13s

TRIGGER CATS1 div =100 only

Summary of TAC plots

Attachment 1: CorrelRun86mergeOKruncontrol.png

Attachment 2: Run86TacPlastCATStrigCats1.png

Sun Jul 2 13:49:20 2017

Run 88 start at 13h48
TRIGGER CATS1 div =100 only
18O beam CD2 target

TAC and signals for Plast-CATS1

Sun Jul 2 14:49:41 2017

Now we return to the situation of 2 TACs for the coding of the same time Plast-Cats1 in the 2 DAQs systems VXI_CHIO and VXI_MUST2.

TAC1 start CATS1val; STOP Plast (delayed by 200ns with DGG) range 1�s OUTPUT signal T_PL_CATS1 VXI_MUST2 ADC add=23
TAC1 start CATS1val; STOP Plast (delayed by 200ns with DGG) range 1�s OUTPUT signal T_PLch_CATS1 VXI_ChIo aADC_CHIO add=19

Sun Jul 2 14:54:39 2017

Runs 90-92 Tuning of the cocktail beam in D4

Runs 90 to 92 Tuning of LISE
GMT Trigger IN13=Trig_LISE (D4)

e748 Exxx 15859712 2 juil. 14:51 run_0090.dat.02-07-17_14h47m41s
e748 Exxx 39714816 2 juil. 14:57 run_0091.dat.02-07-17_14h52m38s
e748 Exxx 4390912 2 juil. 15:04 run_0092.dat.02-07-17_14h59m19s

Sun Jul 2 15:13:49 2017

Runs 93-94 Tuning of the cocktail beam in D6

Runs 93-94 Tuning of LISE
GMT Trigger IN13=Trig_LISE (=D6)
e748 Exxx 25493504 2 juil. 15:11 run_0093.dat.02-07-17_15h07m01s
e748 Exxx 15269888 2 juil. 15:14 run_0094.dat.02-07-17_15h11m38s

Attachment 1: ScalerAnalyzerCaviar15h29.png

ADC parameters-new ones for LISE +Pulser for Correlations

Sun Jul 2 17:25:22 2017

New parameter for LISE in VXI_CHIO ADC_CHIO
parameter TED4HF address=4 channel 5 (cable label "5" on connected, first branch of ADC_CHIO)
-------------------------------------------------------------------------------------
For the tests of the correlations between VXI CHIO and VXI MUST2:
- IN14 input GMT of the pulser
- Parameters
VXI_CHIO
ADC_CHIO_V15 channel 16, add=15

VXI_MUST2 ADC (4th part of 8 ch)
ADC_VOIE_29 channel 28, add=29
---------------------------------------------------------

Attachment 1: DASVXIchioAdcLiseParam.png

Attachment 2: ConfigDASnew2ndJulyVXIMust2.png

Change of DAQ parameters for LISE

Sun Jul 2 18:19:24 2017

Attachment 1: DASparamLISEVXIChioNEW.png

Sun Jul 2 18:27:48 2017

Narval configuration, Watcher ports

New file xml is loaded with various Watchers, the corresponding ports
Watcher 10205
Watcher WatRaw 10206
Watcher WatNPTool 10208
Watcher WatCalib 10207
Watcher WatLISE 10209

Attachment 1: RunControlRun101allwtch.png

Sun Jul 2 19:40:02 2017

Correlation parameters for ChiO in VXI-ChIO VXI_MUST2

- Parameters
VXI_CHIO
ADC_CHIO_V15 channel 16, add=15

VXI_MUST2 ADC (4th part of 8 ch)
ADC_VOIE_29 channel 28, add=29

Monodim spectra are plotted below.

Attachment 1: Run104ChioCorrelPulser.png

Sun Jul 2 22:03:45 2017

-> bidon: Beam in D4 but Trig <> LISE

JCT

Identification plot LISE Run 119

Sun Jul 2 23:20:43 2017

Run 119 2nd July started at 22h20 (around)
Lise trigger
PID ED4_TED4HF without wedge
Brho1=Brho2= 2.3869 T.m
FH31 +/-7 mm ; FH43 +/- 4.1mm
270nA ; REd 1/5 L1; 1/15 L2
channels in the plot

12Be TD4HF 3120 cx ; ED4 6140 cx
14B TD4HF 6000 cx ; ED4 9614 cx
16C TD4HF 7953 cx ; ED4 12860 cx

Attachment 1: Capture-2.png

Mon Jul 3 03:48:57 2017

Correlation Test on Run 104

We analysed run 104 to check the correlation of events coded in different crates. It is clear now that the events from the MUST2 crate are shifted by +1 with respect to the CHIO crate.

On the following plot, parameters coded in the two different crates (MUST2 and CHIO) are displayed :
- (left) unshifted Vs unshifted:
chShifted.Draw("ADC_VOIE_29:ADC_CHIO_V15");
- (right) shifted(N+1) Vs unshifted(N):
chShifted.Draw("ADC_VOIE_29:AutoTree.ADC_CHIO_V15");

To check the correlation on a converted root run (here example for run 104), execute the macro:
> root
> .L CheckDataShift.C
> CheckDataShift(104)

Attachment 1: run_104_shifting.pdf

Mon Jul 3 06:26:24 2017

We just recovered the ELOG after 5-6 hrs out of order

Mon Jul 3 06:30:54 2017

Final 12Be beam rate as obtained by JCT with present wedge is about 6.10^3 per euA in D6
expected Imax of 18O is 6-7 euA

purity is 99%

Mon Jul 3 06:30:58 2017

PROBLEM of conversion for RUN with even number

IMPORTANT

We realized that starting at run 160 (included) all run with an even number (160,162,etc) give an error at conversion:

--> Error : 8018c82 Error in getting infomation in your file!
May be no Ganil format run !
or your are not a the begining of a run (try a Skip('r') before))
code erreur sortie rd_evstr (en hexa) = 1101--> Error : 8018001 Initialization of event structure: Event Struct :size = 8192 Struc = 38891632

This has to be investigated by experts of the DAQ when they will come...

Mon Jul 3 07:04:30 2017

Count rate in ZD plastic is bout 2;5 times larger than in CATS1 and CATS2, probably due to tritons

RUN 173 - First Physics with 12Be

Mon Jul 3 07:06:17 2017

RUN 173

START: 6H11
STOP: 7H31

PRIMARY BEAM: 1.2 uA

TARGET: CD2 (2.5 mg.cm-2, to be checked)

TRIGGER: MUST2 1 to 8

BEAMRATE: 8 kHz on CATS2
22 kHz on PL

Attachment 1: run173_MUST2_Ecal.png

Attachment 2: run173_MUST2_dEE.png

Attachment 3: Capture-1.png

Mon Jul 3 07:52:36 2017

RUN 175

START: 7h45
STOP:

PRIMARY BEAM: 1.2 uA

TARGET: CD2 (2.5 mg.cm-2, to be checked)

TRIGGER: MUST2 1 to 8

BEAMRATE: 9 kHz on CATS2
22 kHz on PL

(RUN 174 junk - skipped on purpose)

Mon Jul 3 07:52:39 2017

RUN 175

START: 7h45
STOP:

PRIMARY BEAM: 1.2 uA

TARGET: CD2 (2.5 mg.cm-2, to be checked)

TRIGGER: MUST2 1 to 8

BEAMRATE: 9 kHz on CATS2
22 kHz on PL

(RUN 174 junk - skipped on purpose)

Mon Jul 3 14:28:09 2017

CHIO's electronic scheme

A quick scheme of the CHIO electronic. The patch outputs are the one from the LISE acquisition room.

Attachment 1: Schema_electronique_CHIO.pdf

e748 -Thomas R, Georges V, S�bastien H

Mon Jul 3 17:28:05 2017

(Tentative) Solution to recover the CHIO: it works!

An interview of Th, Seb and Georges by Val�rie on July 3rd.
Please indicate complements or corrections on this summary of the ionization chamber situation.
We list here the problems during the last days and the solution adopted to recover it...
The ionization chamber was not running. now it works with a modification of the capacitor connexion (see scheme +oscilloscope vizualization)
Two registered problems (for the moment, Ndlr Vlx):

I. The cables for the ChIo voltages were inverted.
First time inside the Chamber. On Thursday evening, signals with the Alpha source were correct but it appeared that
the output voltages were not correctly set.
This was solved on Friday 30th June opening the chamber and connecting again correctly INSIDE the chamber.

Secondly: it was seen today 3rd that the cables are not properly connected OUTSIDE the chamber,
they were inverted again between Anode and grid. Preamplis were burnt out.
On 4 available Preamplis (2 of 700 mV/MeV; 2 of 1 V/MeV) none remains.
We are running with one of 300 mv/MeV.

II. problem of the decoupling capacitance - off on the anode.
Possible solution could be to put the capacitance on the acceleration grid.
Same voltages will be applied, as before.

Proposed scheme (see photograph below, of the drawing made by Thomas):

________________________________ Cathode -3kV

-------------------------------- Frisch 0V

_______________________________ acceleration grid 960V <-----put capa HERE

________________________________Anode +2600 V <----capa (down! burnt out) was HERE

The electrons will be collected on the grid (if everything works well..)

See the oscilloscope view (Mtime 4�s):
- ch1 (1V) (yellow) analogic signal ChIo sent to ADC
- ch2 (50mV)(blue) PAC ChIo
- ch3 (1V) (pink) signal output of the discri
- ch4 (1V) (green) trigger LISE

Attachment 1: P2280767schemeChioElog.JPG

Attachment 2: P2280756OscilloChio.JPG

Mon Jul 3 17:31:08 2017

BEAM and FRAGMENT PID

We used the Si in D6 and the TOF(CATS1-CAVIAR) to identify the beam nuclei.

Using a gate on 12Be and 11Be, we looked at the PID using Qplastic VS TOF(CATS1-CAV) and TOF(CATS1-PL).

It seems that we can separate 12Be and 11Be using these two spectras.

Attachment 1: run_203_PID_SiD6.pdf

Attachment 2: run_203_PID_beam.pdf

Attachment 3: run_203_PID_reactionfrag.pdf

Checking ALL RUNS with Ganil_Tape

Mon Jul 3 18:45:41 2017

The problems with the runs which could not be converted during the night was due
to a double header buffers of the runs with an odd number.
Now it affects sometimes also runs with even numbers cf 206 below.
The best is, after starting the run to check that the header is correctly read by launching Ganil_Tape on the run.
If Ganil_Tape is not working on this run, the run is corrupted and we should stop it and start a new one.
If the problem persists, then:
-the first solution is to do BREAKUP in the Run Control window; then INIT
- otherwise if the problem persists: we need to do some kill of narval processes: acqmenu --> kna, na.
Note that when the problem occurs, there is a message in the RC window about the storer see below.

??? MAYBE THE PROBLEM IS DUE TO THE NEW CONFIGURATION LOADED ON SUNDAY AFTERNOON WITH MULTI WATCHERS FOR THE RUN CONTROL:
It is the file e748_multiwatch.rcc.xml. Previously we had the e748.rcc.xml with a direct link to the storer actor.
THEN PROBLEMS OCCURRED DURING ThE NIGHT.

--------------------------------------------------------------------------------------------------------------
Commands to check runs:
Ganil_Tape Name_run (see below)
When it works, cf picture of the Ganil Tape window below.
It seems that the data are here, when we check with the following commands:

[e748'@ganp616 run]$ od -Ax -tx -N131072 run_0206.dat.03-07-17_17h49m42s

[e748'@ganp616 run]$ od -Ax -tx run_0206.dat.03-07-17_17h49m42s
..
06de30 535f334d 5f585254 2c333445 30373231
06de40 0d35312c 5f334d4d 58525453 3334545f
06de50 3732312c 35312c31 334d4d0d 5254535f
06de60 34545f58 32312c33 312c3137 4d4d0d35

========================================================================================
cd /data/e748X/e748/acquisition/run
[e748'@ganp616 run]$ Ganil_Tape run_0206.dat.03-07-17_17h49m42s
Ganil_Tape 16.09.03
--> Info : Buffer size change from 65536 to 0

Request to rewind ......

Rewind OK ...
--> Error : 8018c82 Impossible to set buffer size
--> Info : New device Name : run_0206.dat.03-07-17_17h49m42s fType :File
--> Info : Histogram data base created

*** Break *** floating point exception
===========================================================
There was a crash.
This is the entire stack trace of all threads:
===========================================================
#0 0x0000003e046ac8ce in waitpid () from /lib64/libc.so.6
#1 0x0000003e0463e909 in do_system () from /lib64/libc.so.6
#2 0x00007fa29d5f9988 in TUnixSystem::StackTrace() () from /home/global/root/root_C6/lib/libCore.so
#3 0x00007fa29d5f8803 in TUnixSystem::DispatchSignals(ESignals) () from /home/global/root/root_C6/lib/libCore.so
#4 <signal handler called>
#5 0x00000000005373e7 in GTape::GetPos (this=0x2114640, position=0x21141d0) at sources/GTape.C:2092
#6 0x000000000045ee3d in GTControlDevice::DisplayPosition (this=0x2114100) at GTape/GTControlDevice.C:425
#7 0x000000000045e9e3 in GTControlDevice::SetNameDevice (this=0x2114100, filename=<value optimized out>) at GTape/GTControlDevice.C:513
#8 0x0000000000461b32 in GTControlDevice::GTControlDevice (this=0x2114100, p=<value optimized out>, devicename=0x2113750 "run_0206.dat.03-07-17_17h49m42s", consol=<value optimized out>, origin=176) at GTape/GTControlDevice.C:313
#9 0x00000000004650e0 in GTMainFrame::GTMainFrame (this=0x7fff7f7c2f80, p=<value optimized out>, w=<value optimized out>, h=<value optimized out>, o=<value optimized out>, name=<incomplete type>) at GTape/GTMainFrame.C:98
#10 0x000000000045dc0b in main (argc=1, argv=<value optimized out>) at GTape/GT.C:14
===========================================================

The lines below might hint at the cause of the crash.
If they do not help you then please submit a bug report at
http://root.cern.ch/bugs. Please post the ENTIRE stack trace
from above as an attachment in addition to anything else
that might help us fixing this issue.
===========================================================
#5 0x00000000005373e7 in GTape::GetPos (this=0x2114640, position=0x21141d0) at sources/GTape.C:2092
#6 0x000000000045ee3d in GTControlDevice::DisplayPosition (this=0x2114100) at GTape/GTControlDevice.C:425
#7 0x000000000045e9e3 in GTControlDevice::SetNameDevice (this=0x2114100, filename=<value optimized out>) at GTape/GTControlDevice.C:513
#8 0x0000000000461b32 in GTControlDevice::GTControlDevice (this=0x2114100, p=<value optimized out>, devicename=0x2113750 "run_0206.dat.03-07-17_17h49m42s", consol=<value optimized out>, origin=176) at GTape/GTControlDevice.C:313
#9 0x00000000004650e0 in GTMainFrame::GTMainFrame (this=0x7fff7f7c2f80, p=<value optimized out>, w=<value optimized out>, h=<value optimized out>, o=<value optimized out>, name=<incomplete type>) at GTape/GTMainFrame.C:98
#10 0x000000000045dc0b in main (argc=1, argv=<value optimized out>) at GTape/GT.C:14
===========================================================

Attachment 1: GanilTapeRun207.png

Attachment 2: MessageRunControlNArval.png

Attachment 3: RunControlOnNarvalAllWatcher.png

CHIO logic signals for TAC and CAEN digitizer

Mon Jul 3 19:43:16 2017

STOP of CHIO CAEN digitizer = VAL AND Delayed CHIO (Delay = 700 ns). Before run 217, the CHIO was not delayed.
STOP of TAC PLASTval-CHIO = CHIO without delay. Before run 217 it was delayed CHIO.

Series of runs - afternoon/evening 3rd July

Mon Jul 3 19:59:02 2017

Series of runs during the afternoon with the tuning of the ChIo and the tuning of the line
-------------------------------------------------------------------------------------------------------
Run 194 run ok (Ganil_Tape checking)
-r--r--r-- 1 e748 Exxx 86966272 3 juil. 14:01 run_0194.dat.03-07-17_12h28m02s
-------------------------------------------------------------------------------------------------------
Run 200 run ok (Ganil_Tape checking)
-r--r--r-- 1 e748 Exxx 1376256 3 juil. 15:47 run_0200.dat.03-07-17_15h44m40s
-------------------------------------------------------------------------------------------------------
Run 201 run ok (Ganil_Tape checking)
-r--r--r-- 1 e748 Exxx 1376256 3 juil. 15:57 run_0201.dat.03-07-17_15h53m42s
-------------------------------------------------------------------------------------------------------
Run 203 run ok (Ganil_Tape checking)
-rw-r--r-- 1 e748 Exxx 421986304 3 juil. 16:26 run_0203.dat.03-07-17_15h57m29s
-------------------------------------------------------------------------------------------------------
Run 204 run ok (Ganil_Tape checking)
-rw-r--r-- 1 e748 Exxx 595066880 3 juil. 16:54 run_0204.dat.03-07-17_16h26m00s
-------------------------------------------------------------------------------------------------------
Run 206 run with junk header (Ganil_Tape checking)
-rw-r--r-- 1 e748 Exxx 161349632 3 juil. 17:53 run_0206.dat.03-07-17_17h49m42s
-------------------------------------------------------------------------------------------------------
Run 207 run ok (Ganil_Tape checking)
-rw-r--r-- 1 e748 Exxx 15859712 3 juil. 18:02 run_0207.dat.03-07-17_18h00m50s
-------------------------------------------------------------------------------------------------------
Run 208 run ok (Ganil_Tape checking)
-r--r--r-- 1 e748 Exxx 69599232 3 juil. 18:14 run_0208.dat.03-07-17_18h11m02s
-------------------------------------------------------------------------------------------------------
Run 209 run ok (Ganil_Tape checking)
-rw-r--r-- 1 e748 Exxx 110952448 3 juil. 18:19 run_0209.dat.03-07-17_18h14m53s
-------------------------------------------------------------------------------------------------------
Run 210 run ok (Ganil_Tape checking)
-rw-r--r-- 1 e748 Exxx 809107456 3 juil. 18:57 run_0210.dat.03-07-17_18h24m43s
-------------------------------------------------------------------------------------------------------
Run 211 run with junk header (Ganil_Tape checking)
-rw-r--r-- 1 e748 Exxx 1703936 3 juil. 18:58 run_0211.dat.03-07-17_18h57m44s
-------------------------------------------------------------------------------------------------------
Run 212 run ok (Ganil_Tape checking)
-rw-r--r-- 1 e748 Exxx 1179648 3 juil. 19:02 run_0212.dat.03-07-17_18h59m37s
-------------------------------------------------------------------------------------------------------
Run 213 run with junk header (Ganil_Tape checking)
-rw-r--r-- 1 e748 Exxx 2228224 3 juil. 19:09 run_0213.dat.03-07-17_19h07m00s
-------------------------------------------------------------------------------------------------------
Run 214 run ok (Ganil_Tape checking)
-rw-r--r-- 1 e748 Exxx 2097152 3 juil. 19:16 run_0214.dat.03-07-17_19h09m49s
-------------------------------------------------------------------------------------------------------
Run 215 run with junk header (Ganil_Tape checking)
-rw-r--r-- 1 e748 Exxx 1703936 3 juil. 19:18 run_0215.dat.03-07-17_19h16m51s
-------------------------------------------------------------------------------------------------------
Run 216 run ok (Ganil_Tape checking)
-rw-r--r-- 1 e748 Exxx 2555904 3 juil. 19:26 run_0216.dat.03-07-17_19h18m45s

-------------------------------------------------------------------------------------------------------
BREAKUP then INIT was done before the start of this run 217

-rw-r--r-- 1 e748 Exxx 3997696 3 juil. 19:47 run_0217.dat.03-07-17_19h39m51s
During this run the production target was rotated from 39deg to 31.9 deg
Trigger= Plastic DIV ; Div =100; GMT IN11 (GATCONF 1024)
-------------------------------------------------------------------------------------------------------
Run 218 run ok (Ganil_Tape checking) start 19h59 Stop 20h08
rw-r--r-- 1 e748 Exxx 32768000 3 juil. 20:08 run_0218.dat.03-07-17_19h59m59s
Trigger LISE IN13 GMT
-------------------------------------------------------------------------------------------------------
Run 219 run ok (Ganil_Tape checking) start 20h08 Stop 20h11
-rw-r--r-- 1 e748 Exxx 11993088 3 juil. 20:11 run_0219.dat.03-07-17_20h08m32s
Trigger LISE D6 IN13 GMT
-------------------------------------------------------------------------------------------------------
Run 220 run with junk header (Ganil_Tape checking)
-rw-r--r-- 1 e748 Exxx 46530560 3 juil. 20:20 run_0220.dat.03-07-17_20h15m39s
-------------------------------------------------------------------------------------------------------
BREAKUP then INIT was done before the start of this run 221
rw-r--r-- 1 e748 Exxx 393216 3 juil. 20:24 run_0221.dat.03-07-17_20h24m40s
-------------------------------------------------------------------------------------------------------

Mon Jul 3 20:02:46 2017

PID run 217
trigger = plast

Attachment 1: Capture.png

Data runs after LISE tuning

Mon Jul 3 20:29:56 2017

The beam was tuned by the LISE team.
Beam conditions during the run 222 were changed to increase the beam at 1�A.
Beam rate on CATS: 9000/s; Plastic 24000/s FAG ~300/s.
Triggers CATS1 div. Plastic div

Attachment 1: ScalersRun222trigPlastCATS1.png

Conditions for data runs, Run 223

Mon Jul 3 20:42:14 2017

Triggers for the experiments :MM1...MM8,
CATS1 div, Cats2div Plast div
All divisions on triggers are set at 100.
CATS1 HV= 700V (I~1�A) ; CATS2 700V HV
-----------------------------------------------------------------
PRODUCTION TARGET
rotating target Be 2000 �m; 31.9deg ; 2110 tr/min

Brho1 (RMN) = 2.6687 T.m
Wedge inserted --> Brho2 (RMN) = 2.3868 T.m
DAP = 238 A

Beam purity ~99%
Yields of 12Be on D4 1.3 10**4 / 1 e�A
-----------------------------------------------------------------
We are ready for the data runs till the end of run 222 at 20h39.
the PCP was called by the LISE team to increase the beam current at 2 e�A.
Beam sent at 20h54 for run 223
-----------------------------------------------------------------
Run 223 (checked with Ganil Tape OK) 3rd JULY START 20h53 ; STOP at 21h16
rw-r--r-- 1 e748 Exxx 307494912 3 juil. 21:16 run_0223.dat.03-07-17_20h53m39s run with 2 e�A
The run 223 is stopped to increase beam current at 3 �A.
-->21h25 3 e�A
-----------------------------------------------------------------

Detector conditions
CHIO 393 mbar

Attachment 1: TriggRun223AllMust2CatsPlast.png

Mon Jul 3 21:13:18 2017

run222 cats

Attachment 1: Capture.png

Mon Jul 3 21:41:57 2017

---------------------------------------------------------------------------------
3 �A at 21h25 ; CAVIAR D6 28000/s
CATS 20000/s
DIV = 100 (CATS1, CAT2, PLAST)
TRIGGERS MM1, MM8
RUN 225 3 JULY start 21h29 STOP at 2&h51 due to problem of DAD blocking of DAQ.FAG at 0
(start ok checked with Ganil-Tape)
-r--r--r-- 1 e748 Exxx 7143424 3 juil. 21:51 run_0225.dat.03-07-17_21h29m23s

RUN 226 227 JUNK
---------------------------------------------------------------------------------
Run 224 JUNK buffer header (stop due to problem -->checked with Ganil Tape)
rw-r--r-- 1 e748 Exxx 1835008 3 juil. 21:26 run_0224.dat.03-07-17_21h24m55s
---------------------------------------------------------------------------------

Attachment 1: Run225l3julyScalerAnalyzer3�A.png

VXI CATS crate problem solved

Mon Jul 3 22:10:28 2017

We had problems with CATS VME/VXI crate.
It was idle and it was not possible to restart it by breakup and init.
We enter in the room to reset the ganlx7 of CATS.
After the crate was correct and we could do INIT and start.
The visu in the CATS terminal was ok.

Attachment 1: VisuCATproblemTerm.png

Attachment 2: VXICATSreset.png

Run series of problems 3rd July

Mon Jul 3 22:24:05 2017

The daq was unstable with several problems of the merge from LISE.
We did tk kna (kill narval process) and na.
but the next run was starting still unstable with Error from the merge
It qeems that the counting rate is too high due to low division on the triggers.
For the moment CATS div is 100, we will put 300.
plast div is 100.
We will put it at 1000 for the next runs.
Enter in the room to change division.

r--r--r-- 1 e748 Exxx 7143424 3 juil. 21:51 run_0225.dat.03-07-17_21h29m23s
-r--r--r-- 1 e748 Exxx 720896 3 juil. 21:55 run_0226.dat.03-07-17_21h54m51s STOP DUE TO CATS VXI problems
-rw-r--r-- 1 e748 Exxx 786432 3 juil. 21:56 run_0227.dat.03-07-17_21h55m56s STOP DUE TO DAQ blocking /MERGE message LIE
-r--r--r-- 1 e748 Exxx 57016320 3 juil. 22:16 run_0228.dat.03-07-17_22h12m59s STOP DUE TO MERGE message LISE
-r--r--r-- 1 e748 Exxx 52232192 3 juil. 22:22 run_0229.dat.03-07-17_22h19m12s

Mon Jul 3 22:40:33 2017

Tac run_223

Range: T_CATS1_CAV 1 �s
T_CATS1_2 200ns
T_MUVI_CATS1 500ns
T_PL_CATS1 1�s
T_PLch_CATS1 1�s
T_PL_CATS2 1�s
T_Pl_CHIO 2�s

Attachment 1: run_223_tac2.pdf

Attachment 2: run_223_tac1.pdf

Problem during Run 230-231 with CATS

Mon Jul 3 23:06:24 2017

r-- 1 e748 Exxx 34013184 3 juil. 22:52 run_0230.dat.03-07-17_22h46m03s
-rw-r--r-- 1 e748 Exxx 97910784 3 juil. 23:09 run_0231.dat.03-07-17_22h54m42s

Attachment 1: ResetEventCounterAfterRun230Centrum.png

Attachment 2: PRoblemRun230.png

Attachment 3: ScalersRUn230.png

Change of TAC RANGES (from run 230)

Mon Jul 3 23:16:33 2017

TAC range changed after run 229.
NB: Change applied for Runs 230 and 231
BUT these runs are not working due to problems of Merger
(CATS not sending events in the branch of the DAQ).
The range was changed for all the TAC previously with 1�s, now put to 500ns

CATS1_FAG CAVIAR (del 550ns) 500ns T_CATS1_CAV ADC VXI MUST2 add=19

CATS1_FAG CATS2_FAG (del 33ns) 200ns T_CATS1_2 ADC VXI MUST2 add=28
OU_MUVI CATS1_FAG 500ns T_MUVI_CATS1 ADC VXI MUST2 add=21

CATS2_FAG PLAST (val) 500ns T_PL_CATS2 ADC VXI MUST2 add=22
CATS1_FAG PLAST (no val) 500ns T_PL_CATS1 ADC VXI MUST2 add=23
-------------------------------------------------------------------------------------------
CATS1_FAG PLAST (no val) 500ns T_PLch_CATS1 ADC VXI CHIO add=19

this TAC was changed, with Plastic with no validation by FAG; Range was 2�s before, now 5 �s
start:PLAST ChIo CHIO (no val) 5�s T_PL_CHIO ADC VXI CHIO add=3
-------------------------------------------------------------------------------------------
TAC EXL HF 100ns EXL_HF ADC VXI MUST2 add=18

Runs with merge and time out problems

Tue Jul 4 00:53:18 2017

-r--r--r-- 1 e748 Exxx 720896 3 juil. 21:55 run_0226.dat.03-07-17_21h54m51s
-rw-r--r-- 1 e748 Exxx 786432 3 juil. 21:56 run_0227.dat.03-07-17_21h55m56s
-r--r--r-- 1 e748 Exxx 57016320 3 juil. 22:16 run_0228.dat.03-07-17_22h12m59s
-r--r--r-- 1 e748 Exxx 52232192 3 juil. 22:22 run_0229.dat.03-07-17_22h19m12s
-rw-r--r-- 1 e748 Exxx 34013184 3 juil. 22:52 run_0230.dat.03-07-17_22h46m03s
-r--r--r-- 1 e748 Exxx 241238016 3 juil. 23:37 run_0231.dat.03-07-17_22h54m42s

Tue Jul 4 00:54:41 2017

Runs after reset of VXI

VXI CHIO was offline --> reset of ganlx9 (entering in D6) on the VXI crate

-r--r--r-- 1 e748 Exxx 34013184 4 juil. 00:14 run_0232.dat.04-07-17_00h10m44s

-rw-r--r-- 1 e748 Exxx 5177344 4 juil. 00:17 run_0233.dat.04-07-17_00h16m00s

-rw-r--r-- 1 e748 Exxx 2162688 4 juil. 00:26 run_0234.dat.04-07-17_00h19m48s

-rw-r--r-- 1 e748 Exxx 2097152 4 juil. 00:30 run_0235.dat.04-07-17_00h28m10s
-------------------------------------------------------------------------------------------------

-rw-r--r-- 1 e748 Exxx 80609280 4 juil. 00:41 run_0236.dat.04-07-17_00h30m48s
-------------------------------------------------------------------------------------------------
-rw-r--r-- 1 e748 Exxx 111411200 4 juil. 00:46 run_0237.dat.04-07-17_00h41m02s BEAM ON
All triggers MM1 to MM8, CATS1 div = 300, CATS2 div = 300, PLAST = 1000
-------------------------------------------------------------------------------------------------
same conditions for run 238
-rw-r--r-- 1 e748 Exxx 120061952 4 juil. 00:58 run_0238.dat.04-07-17_00h47m14s
end of run 238
Level : ERROR
Date : 04/07/2017 00:48:05
Logger : vme
Remote Info : localhost:60507
- - - - - - - - - -
Message :
VXCAMEXE on ganlx1 : - TGV Watch Dog - 25 errors

Run 239 test with trigger MUST2

Tue Jul 4 01:00:26 2017

Started run #239 4JULY start 00h59 stop 1h15
PROBLEM junk header checked with Ganil Tape
triggers only MUST2 IN1 to IN8
rw-r--r-- 1 e748 Exxx 55181312 4 juil. 01:15 run_0239.dat.04-07-17_00h59m21s
triggers only MUST2 IN1 to IN8

Tue Jul 4 01:17:35 2017

Run #240 4JULY start 1h17
(run ok checked with Ganil_Tape)
All triggers MUST2 IN1 to IN8,
IN9 CATS1, IN10 CATS2 div = 300; IN11 PLASTIC

Tue Jul 4 01:21:04 2017

cats > target
cats > target, gated by must

Attachment 1: Capture.png

Val�rie L, shifts U+S Yorick

Tue Jul 4 02:33:36 2017

GMT channel 8

Apparently Channel 8 of the GMT is not operational. We put telescope T8 in entry 15.
This operation gives good results, see pictures below of Gatconf with 2**(N-1) = 2**14 = 16384 for Run 248.
Triggers GMT are now:
IN1 to IN7 for T1 to T7.
Telescope T8 is on IN15.
Triggers IN9 CATS1 div =300; IN10 CATS2 div div =300
IN11 Plastic div (div=1000)

run_0248.dat.04-07-17_02h55m52s
Run 248 (header ok with GanilTape) start 2h55 STOP.. 3h56 584 MB -> apprx. 100 MB/10 min 1 GB ~ 100 min.
Switched the run to complete one data file for offline checking. no error no issue during the run.

Attachment 1: GMTtriggerRun248.png

Attachment 2: GMTtriggerGatconfRun248.png

Tue Jul 4 04:01:50 2017

RUN249

Same setting as RUN248.
run_0249.dat.04-07-17_03h56m24s
Start 3h56 Gtape OK
Stop 4h58
608 MB

Tue Jul 4 05:01:21 2017

These are long runs with CD2
MUST8 is in GMT 15.
Missing Times: T7 X and Y; T5 Y.
Beam is very stable at 2.8 micro.

Tue Jul 4 05:08:30 2017

MUST2 signql check in offline analysis

RUN248
MUST2 DSSD XE signal for all telescopes T1-T8 confirmed.
MUST2 DSSD YE signal for all telescopes T1-T8 confirmed.
MUST2 DSSD XT signal for all telescopes T1-T6,T8 confirmed. No T7.
MUST2 DSSD XT signal for all telescopes T1-T4,T6,T8 confirmed. No T5,7.

MUST2 Csi E signal for all telescopes T1-T4,T6,T7 confirmed.
MUST2 Csi t signal for no telescopes T1-T8. This is normal.

MUST2 SiLi E signal for all telescopes T5,T8 confirmed.
MUST2 SiLi T signal for all telescopes T5,T8 confirmed.

Tue Jul 4 05:11:20 2017

MUST2 signql check in offline analysis

Attachment 1: 2017-07-04_run248_gatconf.png

Attachment 2: 2017-07-04_run248_must2_energy_x.png

Attachment 3: run248_MUST2_xt.png

Attachment 4: run248_MUST2_yt.png

Attachment 5: run248_MUST2_CsIE.png

Attachment 6: run248_MUST2_CsIT.png

Attachment 7: run248_MUST2_SiLiE.png

Attachment 8: run248_MUST2_SiLiT.png

Attachment 9: run248_MUST2_MM1_SiEvsCsIE.png

Attachment 10: run248_MUST2_DSSDYE.png

Tue Jul 4 05:20:31 2017

Same setting as RUN248.
run_0250.dat.04-07-17_04h58m50s
start 4h58 Gtape ok
Stop. The HT for SiLi T5 1 tripped off with the over current alert (current limit set 25 micro A for 400 V). Turned on the HT and restarted the run. The current was slowly increasing over time. Watch out the current read.

Tue Jul 4 05:23:20 2017

RUN248
The chqrge distribution of CATS1&2, X&Y
Gate:CATSdiv trigger

Attachment 1: run248_CATS1XQ.png

Attachment 2: run248_CATS1YQ.png

Attachment 3: run248_CAT2XQ.png

Attachment 4: run248_CATS2YQ.png

Tue Jul 4 07:00:55 2017

Same setting as RUN248.
RUN251 junk header
run_0252.dat.04-07-17_05h33m06s
Start 5h33 end 6h30.
No issue during the run.

Tue Jul 4 07:01:50 2017

Same setting as RUN248.
RUN253 junk header
run_0254.dat.04-07-17_06h32m10s
Start 6h32 - 7h33 no issue

Tue Jul 4 07:37:09 2017

Same setting as RUN248.
RUN255 junk header
run_0256.dat.04-07-17_07h34m59s
Start 7h35 - 7h41 : SiLi tripped

Tue Jul 4 07:46:48 2017

Same setting as RUN248.
RUN257 junk header
run_0258.dat.04-07-17_07h45m32s
Start 7h45 onward stop 8h27 cause Sili 1 of tel 5 tripped

Tue Jul 4 08:36:50 2017

Same setting as RUN248.
RUN259 junk header
run_0260.dat.04-07-17_08h32m05s
Start 8h32 onward end 8h54

Tue Jul 4 09:01:19 2017

Same setting as RUN248.
RUN261 junk header
run_0262.dat.04-07-17_08h56m13s
Start 8h56 onward end 9:13

Tue Jul 4 09:48:53 2017

Run 265: Trigger MUST Only

Tue Jul 4 09:49:52 2017

Run 266: Trigger CATS1 Only

Tue Jul 4 09:50:11 2017

Run 267: Trigger CATS2 Only

Tue Jul 4 09:51:55 2017

Run 268: Trigger Plastic Only

Tue Jul 4 09:57:48 2017

Run 269: Trigger MUST2 Only
Checking CHIO Digitization

Tue Jul 4 10:21:52 2017

Run 270: Trigger CATS1 or CATS2 Only
Checking CHIO Digitization

Tue Jul 4 10:34:06 2017

Run 271: Trigger Telescope 2 Only (this one sees less beam particles)
Checking CHIO Digitization

Tue Jul 4 11:00:21 2017

Run 272: Trigger Plastic Only
Checking CHIO Digitization

Tue Jul 4 11:02:07 2017

Run 273: Trigger CATS1 and CATS2 Only
Checking CHIO Digitization

Tue Jul 4 11:04:46 2017

Run 274: Trigger T5-8 Only
Checking CHIO Digitization

troubles with CHIO digitizer

Tue Jul 4 13:15:11 2017

1p.m.
CHIO Digitizer was fixed by Frederic and Charles;
Method : reboot the VME

Tue Jul 4 13:24:40 2017

Run 293
restart with all triggers. Chio digit fixed

Tue Jul 4 14:24:37 2017

Run 296
restart with all triggers. Chio digit fixed. NUMEXO started

Tue Jul 4 14:48:11 2017

Run 298
restart with all triggers MUST2

Tue Jul 4 14:49:17 2017

CsI THRESHOLD RUN 297

By removing the threshold in the CsI we can clearly see now the light particles well separated in the DE/E
new Pedestal suppression window : 8180
8210

In the following picture we can clearly see the difference.

Attachment 1: Pedestal_adjustment_CsIE.png

Tue Jul 4 15:50:02 2017

Run 299
restart with all triggers MUST2

Start a new acquisition with Numexo

Tue Jul 4 18:29:39 2017

-To start a run :

START Acquisition NUMEXO
START Acquisiton MUST2

Note both run number inside the elog

Don't forget during the run to check if digitizer signal are OK
-> Preamp signal (with baseline)
If not -> STOP RUN MUST2
-> STOP RUN NUMEXO
-> Open DAS
-> Go Online
-> Update Hardware: click cancel
-> Click on VME_CHIO
-> Click inside the � sample number � box and press enter
-> Click inside the � with samples number before STOP � box and press enter
-> Click on Validate
-> Click DAS offline
-> START Acquisition NUMEXO
-> START Acquisiton MUST2

- At the end of the run :

STOP Acquisiton MUST2
STOP Acquisition NUMEXO

- To Convert a NUMEXO run :

ssh -X e748chio@ganp976 //To acces NUMEXO computer
GRU+ // Alias to start the new version of GRU
cd ganacq_manip/e748chio/GRU_NUMEXO
GRU GruConvTree.C(put your run number here)

NUMEXO run are in /data/e748chioX/e748chio/acquisition/run

Quality Control:
- Written by Valerian
- Checked by Nicolas
- Aggreed upon by Franck
- Corrected by Freddy
- Approved by Adrien

Attachment 1: CaptureSResetCHIODig.png

Run #323 main daq - Run #322 NUMEXO2

Tue Jul 4 19:38:32 2017

Run #323 on main daq <=> Run #322 NUMEXO2
Physics run: 12Be on CD2 #3 2.5 mg
On next run we will try to have the correct run # on NUMEXO2

UPDATE : CHIO's electronic scheme (valid from run 217)

Tue Jul 4 20:27:59 2017

Modification of the scheme to add the delay on the CHIO's logic signal for stop of the digitizer.

Attachment 1: Schema_electronique_CHIO.pdf

Tue Jul 4 20:30:52 2017

Run #323 scaler capture

Run #323 scaler capture at 20h30

Attachment 1: Capture-SCALERANALYSER_run323.png

Summary of the evening runs 322(e748chio)-323 (e748)

Wed Jul 5 00:29:06 2017

============================================================================================================
[e748'@ganp616 run]$ cd /data/e748chioX/e748chio/acquisition/run
-r--r--r-- 1 e748chio Exxx 4194288609 4 juil. 20:33 run_0322.dat.04-07-17_19h26m13s
-r--r--r-- 1 e748chio Exxx 4194286843 4 juil. 21:42 run_0322.dat.04-07-17_19h26m13s.1
-r--r--r-- 1 e748chio Exxx 4194285561 4 juil. 22:51 run_0322.dat.04-07-17_19h26m13s.2
-r--r--r-- 1 e748chio Exxx 4194277237 5 juil. 00:05 run_0322.dat.04-07-17_19h26m13s.3
-rw-r--r-- 1 e748chio Exxx 1432559849 5 juil. 00:30 run_0322.dat.04-07-17_19h26m13s.4
============================================================================================================
/data/e748X/e748/acquisition/run

-r--r--r-- 1 e748 Exxx 1000M 4 juil. 22:52 run_0323.dat.04-07-17_19h25m59s
-rw-r--r-- 1 e748 Exxx 405M 5 juil. 00:23 run_0323.dat.04-07-17_19h25m59s.1
============================================================================================================

Quality Control:
- Written by Beatriz and Val�rie
- Checked by Nicolas & Serge
- Agreed upon by Franck and Anne
- Corrected by Freddy
- Approved by Adrien
============================================================================================================

Attachment 1: RunControlChIoRun322.png

Attachment 2: RunControlRun323.png

Overview of the evening config 322(e748chio)-323 (e748)

Wed Jul 5 00:40:36 2017

BEAM conditions
CAVIAR LISE 35k
GMT TRiggers:
All MUST2 (IN1, ...IN7, IN15) + IN9 : Cats1div, IN2:Cats2div
Division = 3000
-------------------------------------------------------------------------------

Attachment 1: ScalersRun323e748at0h48.png

Attachment 2: ConfigCEntrumE748.png

Attachment 3: PulserChIoForScalerDAQ.png

Overview of the evening plots Run323-e748 (Run 322 chio)

Wed Jul 5 00:58:43 2017

Run 323 DAQ E748; Run 322 DAQ CHIO see plots below.

Run 323
/data/e748X/e748/acquisition/run
run 323 start at 19h25 stop 22h52
run 323_1 start at 22h52 stop 2h22
run 323_2 start at 2h22

r--r--r-- 1 e748 Exxx 1000M 4 juil. 22:52 run_0323.dat.04-07-17_19h25m59s
-r--r--r-- 1 e748 Exxx 1000M 5 juil. 02:22 run_0323.dat.04-07-17_19h25m59s.1
-rw-r--r-- 1 e748 Exxx 320M 5 juil. 03:29 run_0323.dat.04-07-17_19h25m59s.2

-----------------------------------------------------------------------
CHIO
/data/e748chioX/e748chio/acquisition/run
run_0322 start 19h26 stop 20h33
run_0322...1 start 20h33 stop 21h42
run_0322...2 start 21h42 stop 22h51
run_0322...3 start 22h51 stop 00:05
run_0322...4 start 00:05 stop
-r--r--r-- 1 e748chio Exxx 4,0G 4 juil. 20:33 run_0322.dat.04-07-17_19h26m13s
-r--r--r-- 1 e748chio Exxx 4,0G 4 juil. 21:42 run_0322.dat.04-07-17_19h26m13s.1
-r--r--r-- 1 e748chio Exxx 4,0G 4 juil. 22:51 run_0322.dat.04-07-17_19h26m13s.2
-r--r--r-- 1 e748chio Exxx 4,0G 5 juil. 00:05 run_0322.dat.04-07-17_19h26m13s.3
-r--r--r-- 1 e748chio Exxx 4,0G 5 juil. 01:15 run_0322.dat.04-07-17_19h26m13s.4
-r--r--r-- 1 e748chio Exxx 4,0G 5 juil. 02:20 run_0322.dat.04-07-17_19h26m13s.5
-rw-r--r-- 1 e748chio Exxx 36M 5 juil. 02:20 run_0322.dat.04-07-17_19h26m13s.6

==============================================================

==============================================================

Attachment 1: Run323TargetPosAt1h20.png

Attachment 2: Run323At1h20ChioDigETnumexoOk.png

Attachment 3: Run323at1h18Tcats1CAVpureBeam12Be.png

Attachment 4: ScalerRun323AT2h19.png

Attachment 5: Run323Must2ImpactAt1h50.png

Attachment 6: Run323MMstrEXCalAt2h00.png

Attachment 7: Run323mmstripsYEat2h.png

Attachment 8: ScalerRun323AT2h19.png

Attachment 9: Run323At2h45GatconfAllMMCats.png

Attachment 10: Run323GatconfZoomUpto800.png

Attachment 11: Run323Must2ETOFt1toT4At3h05.png

Attachment 12: Run323ZoomETOFMust2T1toT4.png

Attachment 13: Run323Must2ETOFT5toT8.png

Attachment 14: Run323RawExTORawT5toT8.png

Attachment 15: Run323RawTOFtel1toT4At3h20.png

Attachment 16: Run323RawEstripYTOFTel1toT4.png

Attachment 17: Run323RawEstrYTofTel5toTel8.png

Attachment 18: Run323AT3h30CatsPositions.png

Attachment 19: Run323At3h30CatsTrajectories.png

Wed Jul 5 01:07:15 2017

Merge of NUMEXO runs with standard runs

Here are some plots after offline merge correlation of the CHIO energy coded in NUMEX0 with other parameters.

First pictures concerns run300 with trigger MUST2 only.

When gating with CATS instead (on run 307 for example), one can see a much clearer correlation. This is due to the fact that many events of MUST2 trigger have no signal in the CHIO (direct beam into MUST2, etc).

Attachment 1: run200_IC_numexodiff.png

Attachment 2: run300_ICENUMEXO_TCATSCAV.png

Attachment 3: run300_ICENUMEXO_TPLCATS1.png

Attachment 4: run300_TPLCHIO_LTSdiff.png

Wed Jul 5 03:35:53 2017

AT 3h30 we saw that the SiLi1 of T5 has tripped during the run run_0323.dat.04-07-17_19h25m59s.2 (run started at 2h22)

We put it On again. HV 400V I~�6.5 �A

Overview of Config and TAC during run 323 (.3)

Wed Jul 5 04:34:06 2017

The counting rates in the Gatconf, confdev, dataTrig of the different branches are checked in the first plot below.
The second picture is for the TAC.

Quality Control:
- Spectra by Anne
- Written by Beatriz and Val�rie
- Checked by Nicolas
- Agreed upon by Serge
- Approved by Shift U

Attachment 1: run_323_conf.png

Attachment 2: run_323_tac.png

Scalers and summary of Run 323 at 4h55-7h30

Wed Jul 5 04:55:06 2017

E748 Runs (around 3h30 for 1Go)

Run 323_2 started at 2h22 stop 5h56
r--r--r-- 1 e748 Exxx 1000M 5 juil. 05:56 run_0323.dat.04-07-17_19h25m59s.2
Run 323_3 started at 5h56 stop a
rw-r--r-- 1 e748 Exxx 400M 5 juil. 07:23 run_0323.dat.04-07-17_19h25m59s.3

--------------------------------------------------------------------------------------------
CHIO runs (around 1h10 for 4Go)
run 322_6 started at 2h20 stop at 3h30
-r--r--r-- 1 e748chio Exxx 4,0G 5 juil. 03:30 run_0322.dat.04-07-17_19h26m13s.6

run322_7 started at 3h30 stop at 4h41
-r--r--r-- 1 e748chio Exxx 4,0G 5 juil. 04:41 run_0322.dat.04-07-17_19h26m13s.7

run322_8 started at 4h41 stop at 05:52
-r--r--r-- 1 e748chio Exxx 4,0G 5 juil. 05:52 run_0322.dat.04-07-17_19h26m13s.8

run322_9 started at 5h52 stop at
-r--r--r-- 1 e748chio Exxx 4,0G 5 juil. 07:03 run_0322.dat.04-07-17_19h26m13s.9
-----------------------------------------------------------------------------------------
Reaction target CD2 position 3, 2.5 mg/cm2 same as before.

5h. The LISE rotating production target is ok ( 2257 tr/min)

All MUST2 HV ok but we should check the current of SiLi1/T5, it has increased.
5 July at 5h00:
SiLi1/T5 400V I ~ 24 �A || SiLi2/T5 700V I ~ 1.8��A
SiLi1/T8 700V I ~ 2.9 �A || SiLi2/T5 650V I ~ 4.8 �A
---------------------------------------------
Dead time checked with the pulser on scalers: between 1 and 3%.

Attachment 1: ScalersRun323AT4h54.png

Attachment 2: RunControlBuffer5julyAt6h.png

Overview of Config +QplastTcats1 during run 323 (.5)

Wed Jul 5 06:11:47 2017

The counting rates in the Gatconf, confdev, dataTrig of the different branches are checked in the first plot below.

see plot Qplast %TplCats1 with the night statistics.

Quality Control:
- Spectra by Anne
- Written by Beatriz and Val�rie
- Checked by Nicolas
- Agreed upon by Serge
- Approved by Shift U

Attachment 1: Run323QplastTcatsconf.png

Attachment 2: RunControlBuffer5julyAt6h.png

Run 325 DAQ 748- run 325 DAQ ChIo

Wed Jul 5 08:10:03 2017

We stopped the run 323 (DAQ E748) and run 322 (ChIo) when the beam was stopped by the machine during 10 minutes to check the beam intensity.

The run numbers for DAQ E748 and DAQ ChIo were realigned to 325 for both.
Run 325 (DAQ 748) start at 8h07 stop 9h00 (checked by Ganil_Tape -->ok)
Run 325 (DAQ 748chio) start at 8h06 stop 9h01
During the run 325 we see problems with preamplis of IC, no buffer transmitted after 8h40 on NUMEXO branch.
we stop the run.

-----------------------------------------------------------------------------------------------
NB : no run 324 for DAQ E748.
-r--r--r-- 1 e748 Exxx 1000M 5 juil. 02:22 run_0323.dat.04-07-17_19h25m59s.1
-r--r--r-- 1 e748 Exxx 1000M 5 juil. 05:56 run_0323.dat.04-07-17_19h25m59s.2
-r--r--r-- 1 e748 Exxx 590M 5 juil. 08:04 run_0323.dat.04-07-17_19h25m59s.3
r--r--r-- 1 e748 Exxx 237M 5 juil. 09:00 run_0325.dat.05-07-17_08h07m03s

-----------------------------------------------------------------------------------------------
NB: DAQ Chio no run 323, 324.
-r--r--r-- 1 e748chio Exxx 1,4G 5 juil. 09:01 run_0325.dat.05-07-17_08h06m46s
----------------------------------------------------------------------------------------------

-----------------------------------------------------------------------------------------------

Attachment 1: Run325DAQE748daqChIo.png

Attachment 2: Run325ChioDigET.png

Attachment 3: ScalerAnalyserRun325at8h30.png

Attachment 4: GMTtriggerAllRun325.png

Wed Jul 5 09:13:17 2017

CHIO cathode problems

Thomas and Julien going to D6, the cathode power supply tripped.
Setting it back and we will check signal when beam is sent back.

Wed Jul 5 09:22:16 2017

Run 326DAQ- Run 326Chio

Run 325 start at 9h19
We are running again after some change -switching on- of the power supply of the ChIo cathode).
End of run problem with the Caviar VME CPU seen offline.
DAQ e748 start 9h19 stop 9h46
-rw-r--r-- 1 e748 Exxx 127M 5 juil. 09:46 run_0326.dat.05-07-17_09h19m35s

e748 CHIO
-r--r--r-- 1 e748chio Exxx 1,6G 5 juil. 09:46 run_0326.dat.05-07-17_09h19m21s

^
/ ! \ cathode voltage set to -2900V instead of -3000V : drift velocity almost unchanged
-------

Attachment 1: Run326controlBuffer.png

Attachment 2: ScalerAnalyzerRun326.png

Attachment 3: ProblemCaviarEndOfRun326.png

Wed Jul 5 10:54:09 2017

AT 10h50 we saw that the SiLi1 of T5 has tripped during the run run_0328.dat. (run started at 10h15 )

We put it On again. HV 400V I~�10 �A increasing to 24-25�A

Wed Jul 5 10:58:54 2017

run daq E748 (3h30 for 1Go)
-r--r--r-- 1 e748 Exxx 100M 5 juil. 10:14 run_0327.dat.05-07-17_09h55m11s
-rw-r--r-- 1 e748 Exxx 212M 5 juil. 10:55 run_0328.dat.05-07-17_10h14m56s

run chio
-r--r--r-- 1 e748chio Exxx 1217525 5 juil. 10:14 run_0327.dat.05-07-17_09h55m08s
-rw-r--r-- 1 e748chio Exxx 2604161 5 juil. 10:56 run_0328.dat.05-07-17_10h15m09s

Check the flux (very low now that the FAG window conditions are applied) by looking at the byte parameter in the "PAramter List"
on the watcher in the Chio Numexo Run control window. See plot below.

Attachment 1: Run328Scaler.png

Attachment 2: CheckParamBytesEvtNumexoRun328.png

Geometrical configurations for MUST2

Wed Jul 5 11:10:48 2017

Attachment 1: ConfigGEOMImpactMUST2e748.pdf

Power boards HV and LV for MUST2

Wed Jul 5 11:13:27 2017

Attachment 1: ConfigHVetLVExpE748MUST2d6v2017.pdf

Wed Jul 5 14:34:15 2017

We thought the merge was broken, but the issue was the Raw Data gruscipt connecting to the wrong port.

Everything reestablished as before.

Attachment 1: Scalers_run330.png

Attachment 2: TAC_run330.png

Attachment 3: corr_run330.png

Attachment 4: exl_run330.png

Attachment 5: Capture-1.png

Wed Jul 5 15:30:03 2017

MUST2 offline analysis of run 323

Here is a plot of the MUST2 PID for telescope 3:
- dE - TOF with a veto on CsI_ to remove direct 12Be hitting the detector.
- dE - E ungated for a given crystal close to the beam axis

It concerns only 1 million events.

Attachment 1: PID_M2_run332.png

Wed Jul 5 17:15:57 2017

screenshot of scalers

primary I = 6.9 uA

Wed Jul 5 18:36:49 2017

PID from NUMEXO merged (partially)

Here is the PID(dE Vs E) plot obained using the IC energy from NUMEXO Vs the plastic energy coded in our acquisition for the long run of last night (323)

The resolution is indeed about 10% (estimated on the 12Be spot.

One can see another line around channel 185 in IC.

By looking at the merger code in more details, it seems obvious that we do not do the merge properly. Size of the file after the merge is much smaller than the input file and some event seems to be duplicated.
It has to be investigated and modified.

Attachment 1: DeE_CHIO_NUMEXO_run323.png

Wed Jul 5 18:47:25 2017

primary I = 6.9 uA

Wed Jul 5 19:05:13 2017

Tritons can be seen from the following plot. Some of them cross target frame and then lose 1.5MeV in the DSSDs.
12Be particles are stopped by the frame.

Wed Jul 5 19:10:33 2017

Tritons can be seen from the following plot. Some of them cross target frame and then lose 1.5MeV in the DSSDs.
12Be particles are stopped by the frame.

Wed Jul 5 21:13:14 2017

primary beam I = 6.5 uA unstable in the last 30 minutes (20h20 - 20h45)

Problem with position of t�lescopes 6&7

Wed Jul 5 22:29:10 2017

Thu Jul 6 00:07:33 2017

Thu Jul 6 01:00:21 2017

Due to a cabling problem telescope 6 was seen as telescope 7 and inversly.

Attachment 1: Nouveau_document_2017-07-06.pdf

UPDATE : CHIO's electronic scheme (valid from run 293)

Thu Jul 6 01:26:15 2017

Since Run 293 inspection line of NUMEXO 2 has been used as input signal of CAEN digitizer.

Attachment 1: Schema_electronique_CHIO.pdf

Thu Jul 6 01:34:42 2017

Run 331 (file change)

1:25 file change -> run_0331.dat.05-07-17_18h45m44s.2
18O beam: 6.6 uAe
CATS1: 40000 cps
CATS2: 44000 cps

Attachment 1: Scalers_run331_2.png

Thu Jul 6 02:02:48 2017

Anastasia

First signs of the elastic

Hereby you can see some first signs of the elastic scattering 12Be(d,d)12Be
with punch through events that will be later taken care of, after the calibration of CsI.

Attachment 1: Elastic.png

Freddy and the night shifters

Thu Jul 6 02:41:13 2017

CHIO analog treatment

Interestingly, the bipolar output of the amplifier of the CHIO sent (and splitted) to check correlation on the channel 15 of the ADC CHIO (or on channel 29 of the ADC MUST2) provides a much better resolution (about 10%) than the one obtained using the unipolar output that we were looking since then (about 20% resolution).

This can be understood by the fact that the bipolar signal from the spectroscopic amplifier filters the baseline fluctuation by deriving the unipolar signal.
On the attached PID plot, it is easy to see the improvment. On the other hand, the beam spot extends also at lower channels and covers part of the other lines.
Since the unipolar signal will have some negative part (undershoot), it is possible for pile-up signals to arrive on top of this negative part and end up with lower energy.

With numexo, the energies extracted from the digitized signals, this undershoot issue is not visible.

iFreddy and the night shifters

Thu Jul 6 03:03:39 2017

CHIO analog (unipolar and bipolar) and digital

Interestingly, the bipolar output of the amplifier of the CHIO sent (and splitted) to check correlation on the channel 15 of the ADC CHIO (or on channel 29 of the ADC MUST2) provides a much better resolution (about 10%) than the one obtained using the unipolar output that we were looking since then (about 20% resolution).

This can be understood by the fact that the bipolar signal from the spectroscopic amplifier filters the baseline fluctuation by deriving the unipolar signal.
On the attached PID plot, it is easy to see the improvment. On the other hand, the beam spot extends also at lower channels and covers part of the other lines.
Since the bipolar signal has a negative part, it is possible for pile-up signals to arrive on top of this negative part and end up with lower energy.

With NUMEXO, the energies extracted from the digitized signals, this pile-up issue is not visible (see other plots, with less stat).

With Caen digitzer, last plot, and a very basic algorithm.

We have explored all the possible way to extract signal from this detector. We are thinking of writting a Nature on this analysis, if collaborators have any comments on those plot, they are not welcome.

Attachment 1: run323_chiocompare.png

Attachment 2: DeE_CHIO_NUMEXO_run323.png

Attachment 3: run323_CHIO_DIGIVAEN.pdf

Thu Jul 6 03:35:32 2017

Run 331 (file change)

3:30 file change -> run_0331.dat.05-07-17_18h45m44s.3
18O: 7.2 uAe
CATS1: 40000 cps
CATS2: 44000 cps
CHIO: 40000 cps
Acq speed 110 events/s

Attachment 1: Scalers_run331_3.png

Thu Jul 6 05:48:26 2017

Restart SiLi 1/T5 that reached 26 uA and tripped a few minutes ago.
Current = 21 uA when biased up again, and reaches 24 uA in a few minutes.

Thu Jul 6 06:23:18 2017

Run 331 (file change)

6:19 file change -> run_0331.dat.05-07-17_18h45m44s.4
18O 7.1 uAe
CATS1 : 36000 cps
CATS2 : 39000 cps
CHIO : 37000 cps
110 events/s

Attachment 1: scalers_run331_4.png

Thu Jul 6 07:17:05 2017

SiLi 1/T5 tripped at 7:16.
We turn it on again immediately -> 23 uA

MUST2 : VMECOM : TCP error - TCP/IP : time-out

Thu Jul 6 07:23:22 2017

"MUST2 : VMECOM : TCP error - TCP/IP : time-out" at 7:19.
RRC shows MUST2 "OFFLINE"
We stop run 331 -> Doesn't stop
We try TK, KNA -> no effect
We try KALL, RC -> RC doesn't start
We enter D6 and reboot MUST2 VXI and AGAVA VME and restart RC
No events... -> time out...
Probably a betwork problem
We're trying to get in touch with an astreinte

Thu Jul 6 07:58:09 2017

SiLi 1/T5 triped at 7:30. We leave it off while trying to restart the run control.
We turn it on again at 8:03.

Problem of DAQ and networks problems

Thu Jul 6 08:22:08 2017

After the problem on Run control and the offline of MUST2, the DAQ on numexo could not be started again.
see error messages below.
The soft "astreinte" was called at 8h20 and also the one of G2I at 8h30 for network problems.
The G2I was on responding machine.
A series of junk runs was done after a series of init on both Run controls.
We asked to the hardware to reboot the AGAVA crtae from the Terminal.
Problem: we need to know the password - the software "astreinte" has it.
--------------------------------------------------------------------------------------
Junk runs during the tests of the restart of the DAQ
General DAQ
-rw-r--r-- 1 e748 Exxx 2,0M 6 juil. 08:04 run_0332.dat.06-07-17_07h56m55s
-r--r--r-- 1 e748 Exxx 1,4M 6 juil. 08:16 run_0333.dat.06-07-17_08h15m05s
-r--r--r-- 1 e748 Exxx 1,1M 6 juil. 08:20 run_0334.dat.06-07-17_08h18m59s
-r--r--r-- 1 e748 Exxx 2,0M 6 juil. 08:40 run_0335.dat.06-07-17_08h38m27s
-r--r--r-- 1 e748 Exxx 832K 6 juil. 09:10 run_0336.dat.06-07-17_09h08m47s
-r--r--r-- 1 e748 Exxx 1,3M 6 juil. 09:16 run_0337.dat.06-07-17_09h15m06s
-r--r--r-- 1 e748 Exxx 9,2M 6 juil. 09:26 run_0338.dat.06-07-17_09h24m30s

DAQ chio
-r--r--r-- 1 e748chio Exxx 16K 6 juil. 08:04 run_0332.dat.06-07-17_07h57m06s
-r--r--r-- 1 e748chio Exxx 1,9K 6 juil. 08:15 run_0333.dat.06-07-17_08h15m16s
-r--r--r-- 1 e748chio Exxx 4,1K 6 juil. 08:20 run_0334.dat.06-07-17_08h18m33s

--------------------------------------------------------------------------------------

Attachment 1: Probl�meDAQ6juillet8h.png

Attachment 2: ProblemGUIRuncontrolNumExo.png

Attachment 3: RebootsoftCrateAGAVApassword.png

Attachment 4: ProblemDAQ5juilletNumExo.png

Run control OK -Runs 339 and 340

Thu Jul 6 09:54:53 2017

After the reboot soft of the AGAVA NUMEXO and realignment of the TGS (time stamp Agava) the situation is stabilized.
The "astreintes" for hardware (Gilles W) and software (Clotilde M) have rebooted from the Terminal the crates (AGAVA).
Antoine Lemasson has reloaded the setup of the GTS.
Charles Houarner and Antoine have checked the configuration for the VME AGAVA
cf the ELOG entry Id=233 indicating the procedure for the correct configuration of Agava before restarting.
[�https://elog.lpc-caen.in2p3.fr/MUST2/233 ]
Now the run control is starting correctly for Numexo.
The correlation plots are checked cf plots below for Chio and Cats.
There were DAQ problems between 7h20 and 9h30. It took ~ 2h to test the restart/init, then after calling the astreintes (at 8h30) it took nearly 1 hour to solve the problem (reboot+ settings of the crates and DAQ. The data runs restarted at 9h32 with run 339.

===========================================================================================
General DAQ e748 /data/e748X/e748/acquisition/run
Run 339 6 JULY start 9h32 STOP 9h43
-r--r--r-- 1 e748 Exxx 65M 6 juil. 09:43 run_0339.dat.06-07-17_09h32m52s

DAQ chio e748 chio /data/e748chioX/e748chio/acquisition/run
-r--r--r-- 1 e748chio Exxx 757K 6 juil. 09:43 run_0339.dat.06-07-17_09h32m40s
===========================================================================================
General DAQ e748
Run 340 6 JULY start 9h47 STOP ...
-rw-r--r-- 1 e748 Exxx 506M 6 juil. 11:07 run_0340.dat.06-07-17_09h47m43s

DAQ chio e748 chio
-rw-r--r-- 1 e748chio Exxx 6,2M 6 juil. 11:12 run_0340.dat.06-07-17_09h47m33s
===========================================================================================

Attachment 1: CorrelBidimChioandplotCatsRun340.png

Attachment 2: Run339scalers.png

Attachment 3: ScalersAnalyserRun340.png

Thu Jul 6 10:35:50 2017

The Sili1 of T5 has tripped (again) at 10h30.
On again. 400V; I ~�20�A at 10h40, still increasing 25.6�A at 11h30.(The limit Io is set at 26�A)
To regulate this detector the Vo set is put at 380V instead of 400V. Now I ~�24.4�A.
We wil check that the current is stabilized below 24�A, and after the V will be set again at 400V.

B�aF & Val�rieL - shift U

Thu Jul 6 10:39:09 2017

Test of merge on Run 339

spectra of the merge checked by B�a.
The merge is correct on the correlations cf plots below.

To Check Merger use:

ssh -X e748chio@ganp976
cd Merge_CHIO
./ConvertRun.sh runnumber

Roughly 30% of events are merge.

Note that we had to include a new condition in the loop of Merge.C in order to avoid the loop to get stuck with the multihits at the end of the run.

>>while( TMath::Abs(t1-t2-ftime_center) <= ftime_window && i1<Entries_numexo && i2<Entries_vme)

Then to check the correlations:
Go to:

cd Merger/merge
Open with ROOT the last file that was created with the runnumber and Draw
merger->Draw("TPLCHIO:LTSDiff>>a(400,-150.,150.,400,10.,8000.)","","colz");

This is to verify that the Driftime is correlated

Also Draw
merger->Draw("IC_E-IC_E_ANA:LTSDiff>>a(400,-150.,120.,400,-18000.,1500.)","","colz");
This is to verify that the difference gives a horizontal line centred at zero.

Save the plots and put them in the elog.

Validated by Antoine Lemasson

Attachment 1: run339_ICEdiff_LTSDIff_TrigM2.png

Attachment 2: run339_TAC_LTSDIff_TrigM2.png

MEMO START/STOP + AGAVA configuration in DAS

Thu Jul 6 11:41:20 2017

START/STOP of the DAQ
---------------------------------------------------------------------
START acquisition e748chio (DAQ Numexo; in the Run Control display on ganp976)
START acquisition e748 (in the Run Control of 748)
....do your quiet RUN (cf NB1). check it is incremented ll -h
--> on DAQ e748 /data/e748X/e748/acquisition/run
--> on DAQ e748chio /data/e748chioX/e748chio/acquisition/run
........
STOP acquisition e748
STOP acquisition e748chio

DATA RYTHM:
During 3h45 (with the beam rate at 45k /s on CATS)
data run size for e748 is 1Go and for e748chio the corresponding run size is 15Mo.

Plots: Narval Run control for E748, RC for e748chio
Parameter checking of buffer in Numexo (-->RUn Control of e748chio --> clock right on Watcher --> Paremeter list -->window refresh and check the incrementation of the buffers)
---------------------------------------------------------------------
[ Cas o� l'acquisition est "tomb�e en marche" (GAP dixit) il faut proc�der � un reset et contr�ler ].

Checking of the AGAVA/NUMEXO configuration
In case of a REBOOT of the AGAVA VXI/VME crate (reboot command in the AGAVA terminal for instance), we need:
i) to load again the setup, ii) to check it on the DAS window of the general DAQ.

To load the setup, go and connect to the terminal e748chio (best is to do it directly by going to the computer Numexo, room close to DAQ D6; otherwise do it by remote control)
launch the setup command:
> setupGTS
> configure_gts_numexo2-94.csh

checking on the DAS window
Then go to the DAS of the general experiment e748 and check the status of the VME AGAVA
- Put the DAS ONLINE, the window appears: SOFTWARE / HARDWARE /CANCEL
click on CANCEL if the das sofware was already correctly set (check the MUST2 configuration before going to ONLINE)

1. check the register status, initially we may find it at 0 due to the setup command, it should be written at 0x80 (picture below).
2. the sampling numbers should be correct see first plot, sample number = 120; sample number before stop = 60.

-----------------------------------------------------------------------------------------
run control Numexo is opened by connecting on the numexo machine by:
ssh -X e748chio@ganp976
then start_acq e748chio

NB1: you may check that the header of the run is correct by looking at it with Ganil_Tape:
Terminal
cd /data/e748X/e748/acquisition/run
ll -h
Ganil_Tape run_03***

Attachment 1: AfterRebootAgavaRegStatusOx80entr�eAfterAlignt.png

Attachment 2: DasVMEChioCheckSamplesNumber.png

Attachment 3: RunControl748On.png

Attachment 4: RunControlNarvalE748chioON.png

Attachment 5: ParameterListWatcherOnRCe748chio.png

Thu Jul 6 13:21:49 2017

During RUN340

13h10 The beam intensity dropped from 35 kpps to nearly zero. Iulian called PCP. They said they found the beam alignment was a bit off, so they were trying to realign the beam to get back the axis. We kept running the acquisition.
13h20 Returned to 35 kpps.

Stop of Run 340 due to beam problems

Thu Jul 6 13:33:23 2017

The run 340 was stopped at 13h32. Before the stop fo the run the beam was unstable and stopped by machine team.

General DAQ e748
r--r--r-- 1 e748 Exxx 1000M 6 juil. 12:33 run_0340.dat.06-07-17_09h47m43s
-r--r--r-- 1 e748 Exxx 264M 6 juil. 13:32 run_0340.dat.06-07-17_09h47m43s.1

DAQ CHIO
-r--r--r-- 1 e748chio Exxx 15083577 6 juil. 13:32 run_0340.dat.06-07-17_09h47m33s

Thu Jul 6 13:37:22 2017

Run 341 START AT 13h37 STOP AT 15h21 (beam stop see the ELOG entry Id=239)
At the beginning (cf scalers below) the beam was at 6�A (--> CATS at 30kcps/s), the machine needs to recover slowly to go to 7e�A.
(run checked with Ganil_Tape ok)
-r--r--r-- 1 e748 Exxx 433M 6 juil. 15:21 run_0341.dat.06-07-17_13h35m20s

DAQ CHIO
-r--r--r-- 1 e748chio Exxx 4,9M 6 juil. 15:21 run_0341.dat.06-07-17_13h35m04s

===========================================================================================

Attachment 1: ScalersRun341Beginning.png

Attachment 2: ScalersRun341At14h35.png

Energy loss table for d, 3He and 3H

Thu Jul 6 13:37:37 2017

Here it is!

Attachment 1: He3_Al.G4table

Table from Geant4 generate using NPSimulation 	Particle: He3	Material: NPS_Al
1e-09	7.69279e-05
0.001	0.0250982
0.002	0.0347855
0.003	0.0425543
0.004	0.0493384
0.005	0.0554841
0.006	0.0611794
0.007	0.0665341
0.008	0.0716037
0.009	0.0764256
0.01	0.0810573
0.011	0.085525
0.012	0.0898301
0.013	0.0940045
0.014	0.0980741
0.015	0.102024
0.016	0.105864
0.017	0.109603
0.018	0.113248
0.019	0.116805
0.02	0.120311
0.021	0.123739
0.022	0.127092
0.023	0.130376
0.024	0.133592
0.025	0.136744
0.026	0.139848
0.027	0.142899
0.028	0.145892
0.029	0.148831
0.03	0.151716
0.031	0.154549
0.032	0.157337
0.033	0.160084
0.034	0.162784
0.035	0.165438
0.036	0.168046
0.037	0.170611
0.038	0.173133
0.039	0.175624
0.04	0.178074
0.041	0.180484
0.042	0.182854
0.043	0.185186
0.044	0.187479
0.045	0.189736
0.046	0.191955
0.047	0.194139
0.048	0.196288
0.049	0.198402
0.05	0.200482
0.051	0.202533
0.052	0.204556
0.062	0.223102
0.072	0.238991
0.082	0.252587
0.092	0.264253
0.102	0.274374
0.112	0.283181
0.122	0.290873
0.132	0.297631
0.142	0.303602
0.152	0.308905
0.162	0.313637
0.172	0.317873
0.182	0.321676
0.192	0.325108
0.202	0.32823
0.302	0.346656
0.402	0.351457
0.502	0.34933
1.502	0.266725
2.502	0.207905
3.502	0.170941
4.502	0.145802
5.502	0.127572
6.502	0.113493
7.502	0.102801
8.502	0.0940644
9.502	0.0869
10.502	0.0808306
11.502	0.0754958
12.502	0.0711412
13.502	0.0670743
14.502	0.0634977
15.502	0.0603481
16.502	0.0575232
17.502	0.0549974
18.502	0.0528408
19.502	0.0507317
20.502	0.048806
21.502	0.0470624
22.502	0.0454349
23.502	0.0439303
24.502	0.0425965
25.502	0.0412961
26.502	0.0400826
27.502	0.0389472
28.502	0.0378822
29.502	0.036881
30.502	0.0356903
31.502	0.0347831
32.502	0.0339256
33.502	0.0331135
34.502	0.0323432
35.502	0.0316114
36.502	0.0309153
37.502	0.0303039
38.502	0.0296689
39.502	0.0290626
40.502	0.0284829
41.502	0.0279282
42.502	0.0274187
43.502	0.0269441
44.502	0.026487
45.502	0.0260464
46.502	0.0256215
47.502	0.0252115
48.502	0.0248156
49.502	0.0244331
50.502	0.0240634
51.502	0.0237058
52.502	0.0233598
53.502	0.0230247
54.502	0.0227001
55.502	0.0223854
56.502	0.0220803
57.502	0.0217843
58.502	0.0214969
59.502	0.0212179
60.502	0.0209468
61.502	0.0206833
62.502	0.0204467
63.502	0.0201966
64.502	0.0199534
65.502	0.0197165
66.502	0.0194859
67.502	0.0192613
68.502	0.0190423
69.502	0.0188289
70.502	0.0186208
71.502	0.0184178
72.502	0.0182196
73.502	0.0180263
74.502	0.0178374
75.502	0.017653
76.502	0.0174728
77.502	0.0172968
78.502	0.0171247
88.502	0.015605
98.502	0.0143512
108.502	0.0133064
118.502	0.0124213
128.502	0.0116614
138.502	0.011003
148.502	0.0104246
158.502	0.00991277
168.502	0.00945653
178.502	0.00904714
188.502	0.00867761
198.502	0.0083424
208.502	0.00803682
218.502	0.00775704
228.502	0.00749987
238.502	0.00726265
248.502	0.00704311
258.502	0.00683933
268.502	0.00664967
278.502	0.00647267
288.502	0.00630709
298.502	0.00615184
308.502	0.00600599
318.502	0.00586869
328.502	0.00573923
338.502	0.00561693
348.502	0.0055012
358.502	0.00539153
368.502	0.00528745
378.502	0.00518854
388.502	0.00509444
398.502	0.00500479
408.502	0.00491928
418.502	0.00483763
428.502	0.00475958
438.502	0.00468489
448.502	0.00461336
458.502	0.00454479
468.502	0.00447899
478.502	0.00441581
488.502	0.00435508
498.502	0.00429668
508.502	0.00424046
518.502	0.00418632
528.502	0.00413414
538.502	0.00408381
548.502	0.00403523
558.502	0.00398832
568.502	0.00394299
578.502	0.00389916
588.502	0.00385676
598.502	0.00381572
608.502	0.00377598
618.502	0.00373748
628.502	0.00370016
728.502	0.00338168
828.502	0.00313831
928.502	0.00294659
1028.5	0.00279197
1128.5	0.00266488
1228.5	0.00255876
1328.5	0.00246902
1428.5	0.0023923
1528.5	0.00232607
1628.5	0.00226845
1728.5	0.00221796
1828.5	0.00217344
1928.5	0.00213397
2028.5	0.00209883
2128.5	0.00206738
2228.5	0.00203927
2328.5	0.00201451
2428.5	0.00199212
2528.5	0.00197181
2628.5	0.00195336
3628.5	0.00183619
4628.5	0.0017843
5628.5	0.00176097
6628.5	0.00175192
16628.5	0.00181744
26628.5	0.00189147
36628.5	0.00194715
46628.5	0.00199047
56628.5	0.00202554
66628.5	0.00205484
76628.5	0.0020799
86628.5	0.00210173
96628.5	0.00212105
196629	0.00224275
296629	0.00230975
396629	0.00235551
496629	0.00239003
596629	0.00241761
696629	0.00244049

Attachment 2: He3_BC400.G4table

Table from Geant4 generate using NPSimulation 	Particle: He3	Material: NPS_BC400
1e-09	0.000170901
0.001	0.0372551
0.002	0.0432625
0.003	0.0480082
0.004	0.0521261
0.005	0.055848
0.006	0.05929
0.007	0.0624931
0.008	0.0655364
0.009	0.0683544
0.01	0.0710999
0.011	0.0737504
0.012	0.0762898
0.013	0.0787187
0.014	0.0810566
0.015	0.0833175
0.016	0.0854921
0.017	0.0875884
0.018	0.0896133
0.019	0.0916005
0.02	0.0935771
0.021	0.0954998
0.022	0.0973705
0.023	0.0992042
0.024	0.101007
0.025	0.102767
0.026	0.104496
0.027	0.106193
0.028	0.107855
0.029	0.109482
0.03	0.111076
0.031	0.11264
0.032	0.114177
0.033	0.115692
0.034	0.117185
0.035	0.118673
0.036	0.120137
0.037	0.121577
0.038	0.122995
0.039	0.124397
0.04	0.125778
0.041	0.127139
0.042	0.12848
0.043	0.129802
0.044	0.131106
0.045	0.132392
0.055	0.144396
0.065	0.155106
0.075	0.164865
0.085	0.173767
0.095	0.181928
0.105	0.189468
0.115	0.196423
0.125	0.202863
0.135	0.20883
0.145	0.214373
0.155	0.219506
0.165	0.22426
0.175	0.228661
0.185	0.232734
0.195	0.236506
0.205	0.23999
0.215	0.243198
0.225	0.246146
0.235	0.248856
0.245	0.251334
0.345	0.265817
0.445	0.267461
1.445	0.177722
2.445	0.127324
3.445	0.100067
4.445	0.0829023
5.445	0.0710287
6.445	0.062607
7.445	0.0564712
8.445	0.051381
9.445	0.047179
10.445	0.0436547
11.445	0.0406571
12.445	0.038113
13.445	0.0358583
14.445	0.0338779
15.445	0.0321238
16.445	0.0305584
17.445	0.029174
18.445	0.0279
19.445	0.026743
20.445	0.025687
21.445	0.024719
22.445	0.0238281
23.445	0.0230055
24.445	0.0222433
25.445	0.0215353
26.445	0.0208754
27.445	0.0202586
28.445	0.0196806
29.445	0.0191379
30.445	0.0186272
31.445	0.0181456
32.445	0.0176907
33.445	0.0172603
34.445	0.0168525
35.445	0.0164654
36.445	0.0160974
37.445	0.0157471
38.445	0.0154133
39.445	0.0150948
40.445	0.0147905
41.445	0.0144994
42.445	0.0142207
43.445	0.0139536
44.445	0.0136974
45.445	0.0134514
46.445	0.013215
47.445	0.0129876
48.445	0.0127687
49.445	0.0125579
50.445	0.0123546
51.445	0.0121585
52.445	0.0119692
53.445	0.0117863
54.445	0.0116095
55.445	0.0114385
56.445	0.011273
57.445	0.0111128
58.445	0.0109575
59.445	0.0108069
60.445	0.0106609
61.445	0.0105192
62.445	0.0103817
63.445	0.0102481
64.445	0.0101183
65.445	0.00999204
66.445	0.00986929
67.445	0.00974985
68.445	0.00963362
69.445	0.00952045
70.445	0.00941021
71.445	0.00930278
72.445	0.00919806
73.445	0.00909595
74.445	0.00899634
75.445	0.00889914
76.445	0.00880426
77.445	0.00871163
78.445	0.00862115
79.445	0.00853276
80.445	0.00844637
81.445	0.00836193
91.445	0.00761105
101.445	0.00699716
111.445	0.00648526
121.445	0.00605153
131.445	0.00567907
141.445	0.00535557
151.445	0.00507182
161.445	0.0048208
171.445	0.00459707
181.445	0.00439634
191.445	0.00421523
201.445	0.00405095
211.445	0.00390121
221.445	0.00376413
231.445	0.00363818
241.445	0.00352203
251.445	0.00341455
261.445	0.00331481
271.445	0.00322199
281.445	0.00313539
291.445	0.00305438
301.445	0.00297845
311.445	0.00290712
321.445	0.00283999
331.445	0.00277669
341.445	0.00271691
351.445	0.00266036
361.445	0.00260678
371.445	0.00255593
381.445	0.00250763
391.445	0.00246167
401.445	0.00241789
411.445	0.00237614
421.445	0.00233627
431.445	0.00229817
441.445	0.00226172
451.445	0.00222681
461.445	0.00219336
471.445	0.00216127
481.445	0.00213045
491.445	0.00210084
501.445	0.00207236
511.445	0.00204495
521.445	0.00201855
531.445	0.00199311
541.445	0.00196858
551.445	0.0019449
561.445	0.00192204
571.445	0.00189995
581.445	0.00187859
591.445	0.00185794
601.445	0.00183795
611.445	0.00181859
621.445	0.00179984
631.445	0.00178166
641.445	0.00176403
741.445	0.00161337
841.445	0.00149794
941.445	0.00140683
1041.45	0.00133324
1141.45	0.00127268
1241.45	0.00122207
1341.45	0.00117924
1441.45	0.0011426
1541.45	0.00111096
1641.45	0.00108343
1741.45	0.0010593
1841.45	0.00103803
1941.45	0.00101917
2041.45	0.00100239
2141.45	0.000987374
2241.45	0.000973897
2341.45	0.000961761
2441.45	0.000950799
2541.45	0.00094048
2641.45	0.000931019
2741.45	0.000922371
3741.45	0.000866022
4741.45	0.000839416
5741.45	0.000826175
6741.45	0.000819776
16741.4	0.000836247
26741.4	0.000863038
36741.4	0.000883753
46741.4	0.000900024
56741.4	0.000913265
66741.4	0.000924363
76741.4	0.000933886
86741.4	0.000942207
186741	0.000993291
286741	0.00102115
386741	0.00104035
486741	0.00105495
586741	0.00106668
686741	0.00107645

Attachment 3: He3_CD2.G4table

Table from Geant4 generate using NPSimulation 	Particle: He3	Material: NPS_CD2
1e-09	0.000178743
0.001	0.0342398
0.002	0.0394796
0.003	0.0439419
0.004	0.047869
0.005	0.0515492
0.006	0.0548591
0.007	0.0580873
0.008	0.0611204
0.009	0.0639433
0.01	0.0666384
0.011	0.0691848
0.012	0.0716327
0.013	0.074065
0.014	0.0764099
0.015	0.0786803
0.016	0.0808725
0.017	0.0830166
0.018	0.085093
0.019	0.0871307
0.02	0.0891145
0.021	0.091059
0.022	0.092954
0.023	0.0948124
0.024	0.0966422
0.025	0.0984421
0.026	0.100204
0.027	0.101929
0.028	0.10362
0.029	0.105278
0.03	0.106905
0.031	0.108503
0.032	0.110075
0.033	0.111627
0.034	0.113157
0.035	0.11468
0.036	0.11618
0.037	0.117657
0.038	0.119112
0.039	0.120546
0.04	0.121962
0.041	0.123363
0.042	0.124745
0.043	0.126109
0.044	0.127455
0.045	0.128783
0.046	0.130095
0.047	0.13139
0.057	0.143538
0.067	0.154482
0.077	0.164516
0.087	0.173728
0.097	0.182231
0.107	0.190095
0.117	0.197384
0.127	0.204165
0.137	0.210467
0.147	0.216334
0.157	0.221784
0.167	0.226851
0.177	0.231556
0.187	0.235923
0.197	0.239971
0.207	0.243716
0.217	0.247173
0.227	0.250357
0.237	0.253287
0.247	0.255973
0.257	0.258425
0.357	0.272444
0.457	0.273247
1.457	0.176316
2.457	0.125167
3.457	0.0982152
4.457	0.0814101
5.457	0.0698281
6.457	0.0615171
7.457	0.0553297
8.457	0.0502666
9.457	0.0461025
10.457	0.0426183
11.457	0.0396598
12.457	0.0371405
13.457	0.0349233
14.457	0.0329775
15.457	0.0312551
16.457	0.0297192
17.457	0.0283549
18.457	0.0271075
19.457	0.0259751
20.457	0.0249421
21.457	0.0239956
22.457	0.0231249
23.457	0.0223211
24.457	0.0215767
25.457	0.0208853
26.457	0.020241
27.457	0.019639
28.457	0.0190752
29.457	0.0185458
30.457	0.0180479
31.457	0.0175784
32.457	0.0171352
33.457	0.0167158
34.457	0.0163186
35.457	0.0159416
36.457	0.0155833
37.457	0.0152424
38.457	0.0149175
39.457	0.0146076
40.457	0.0143115
41.457	0.0140284
42.457	0.0137574
43.457	0.0134976
44.457	0.0132485
45.457	0.0130094
46.457	0.0127797
47.457	0.0125587
48.457	0.012346
49.457	0.0121412
50.457	0.0119437
51.457	0.0117533
52.457	0.0115694
53.457	0.0113918
54.457	0.0112201
55.457	0.0110541
56.457	0.0108934
57.457	0.0107379
58.457	0.0105871
59.457	0.010441
60.457	0.0102994
61.457	0.0101619
62.457	0.0100284
63.457	0.00989882
64.457	0.00977288
65.457	0.00965046
66.457	0.0095314
67.457	0.00941556
68.457	0.00930284
69.457	0.0091931
70.457	0.00908621
71.457	0.00898205
72.457	0.00888052
73.457	0.00878153
74.457	0.00868497
75.457	0.00859076
76.457	0.0084988
77.457	0.00840902
78.457	0.00832134
79.457	0.00823568
80.457	0.00815198
81.457	0.00807017
82.457	0.00799017
92.457	0.00727816
102.457	0.00669503
112.457	0.00620812
122.457	0.00579512
132.457	0.00544015
142.457	0.0051316
152.457	0.00486077
162.457	0.00462106
172.457	0.00440731
182.457	0.00421547
192.457	0.0040423
202.457	0.00388516
212.457	0.00374188
222.457	0.0036107
232.457	0.00349013
242.457	0.00337891
252.457	0.00327599
262.457	0.00318046
272.457	0.00309154
282.457	0.00300855
292.457	0.00293092
302.457	0.00285815
312.457	0.00278978
322.457	0.00272542
332.457	0.00266474
342.457	0.00260742
352.457	0.00255319
362.457	0.00250181
372.457	0.00245305
382.457	0.00240671
392.457	0.00236263
402.457	0.00232063
412.457	0.00228057
422.457	0.00224233
432.457	0.00220578
442.457	0.0021708
452.457	0.00213731
462.457	0.00210521
472.457	0.00207441
482.457	0.00204484
492.457	0.00201642
502.457	0.00198908
512.457	0.00196278
522.457	0.00193744
532.457	0.00191302
542.457	0.00188947
552.457	0.00186674
562.457	0.00184479
572.457	0.00182358
582.457	0.00180308
592.457	0.00178325
602.457	0.00176406
612.457	0.00174547
622.457	0.00172747
632.457	0.00171002
642.457	0.0016931
742.457	0.00154841
842.457	0.00143755
942.457	0.00135004
1042.46	0.00127934
1142.46	0.00122114
1242.46	0.00117251
1342.46	0.00113134
1442.46	0.00109612
1542.46	0.00106571
1642.46	0.00103923
1742.46	0.00101603
1842.46	0.000995571
1942.46	0.000977437
2042.46	0.000961285
2142.46	0.000946838
2242.46	0.000933867
2342.46	0.000922184
2442.46	0.000911628
2542.46	0.000901533
2642.46	0.000892258
2742.46	0.000883775
3742.46	0.000828316
4742.46	0.000801865
5742.46	0.000788471
6742.46	0.000781782
16742.5	0.000794846
26742.5	0.000819391
36742.5	0.000838589
46742.5	0.000853749
56742.5	0.000866126
66742.5	0.000876524
76742.5	0.000885461
86742.5	0.000893282
186742	0.000941466
286742	0.000967809
386742	0.000985978
486742	0.000999789
586742	0.00101088
686742	0.00102012

Attachment 4: He3_CsI.G4table

Table from Geant4 generate using NPSimulation 	Particle: He3	Material: NPS_CsI
1e-09	2.97478e-05
0.001	0.0215034
0.002	0.0291301
0.003	0.0348593
0.004	0.0396372
0.005	0.0438218
0.006	0.0475879
0.007	0.0510426
0.008	0.0542545
0.009	0.0572645
0.01	0.0601089
0.011	0.0628124
0.012	0.0653927
0.013	0.067867
0.014	0.0702475
0.015	0.0725442
0.016	0.0747652
0.017	0.0769168
0.018	0.0790054
0.019	0.0810367
0.02	0.0830152
0.021	0.0849447
0.022	0.0868285
0.023	0.0886698
0.024	0.0904712
0.025	0.0922355
0.026	0.0939646
0.027	0.0956606
0.028	0.0973253
0.029	0.0989603
0.03	0.100567
0.031	0.102147
0.032	0.103702
0.033	0.105232
0.034	0.106739
0.035	0.108223
0.036	0.109686
0.037	0.111129
0.038	0.112551
0.039	0.113955
0.04	0.11534
0.041	0.116708
0.042	0.118058
0.043	0.119392
0.044	0.120711
0.045	0.122013
0.046	0.123301
0.047	0.124575
0.048	0.125834
0.049	0.127079
0.059	0.138859
0.069	0.149596
0.079	0.15948
0.089	0.16865
0.099	0.177196
0.109	0.185187
0.119	0.192683
0.129	0.19972
0.139	0.206334
0.149	0.212552
0.159	0.2184
0.169	0.2239
0.179	0.229071
0.189	0.233926
0.199	0.23848
0.209	0.242748
0.219	0.246743
0.229	0.250477
0.239	0.253962
0.249	0.257206
0.259	0.260221
0.269	0.263018
0.279	0.265606
0.379	0.281949
0.479	0.286133
0.579	0.2836
1.579	0.213267
2.579	0.171362
3.579	0.145478
4.579	0.127361
5.579	0.113762
6.579	0.103876
7.579	0.0951359
8.579	0.0883829
9.579	0.0827887
10.579	0.077941
11.579	0.0735526
12.579	0.0696372
13.579	0.066217
14.579	0.0632132
15.579	0.060573
16.579	0.0580398
17.579	0.0557944
18.579	0.0538036
19.579	0.0518531
20.579	0.0502635
21.579	0.0486111
22.579	0.0471182
23.579	0.0457564
24.579	0.0444637
25.579	0.0433093
26.579	0.042174
27.579	0.0410763
28.579	0.0401795
29.579	0.0392015
30.579	0.0383377
31.579	0.0375292
32.579	0.0366874
33.579	0.0359343
34.579	0.0351725
35.579	0.0344883
36.579	0.0338114
37.579	0.0331935
38.579	0.0325731
39.579	0.0319833
40.579	0.031414
41.579	0.0308971
42.579	0.0303531
43.579	0.0298482
44.579	0.0293623
45.579	0.0288944
46.579	0.0284271
47.579	0.0280206
48.579	0.0275939
49.579	0.027182
50.579	0.026784
51.579	0.0264235
52.579	0.0260227
53.579	0.0256565
54.579	0.0253019
55.579	0.0249696
56.579	0.0246366
57.579	0.0243295
58.579	0.0240157
59.579	0.023711
60.579	0.0234261
61.579	0.0231385
62.579	0.0228728
63.579	0.0226005
64.579	0.022327
65.579	0.0220695
66.579	0.0217885
67.579	0.0215525
68.579	0.0213223
69.579	0.0210977
70.579	0.0208717
71.579	0.0206639
81.579	0.0188303
91.579	0.0173294
101.579	0.0160876
111.579	0.0150367
121.579	0.0141255
131.579	0.0133351
141.579	0.0126406
151.579	0.0120356
161.579	0.0114884
171.579	0.0110048
181.579	0.010559
191.579	0.0101546
201.579	0.0097896
211.579	0.00945236
221.579	0.00914521
231.579	0.00885922
241.579	0.00859469
251.579	0.00835105
261.579	0.00812267
271.579	0.00791006
281.579	0.00770953
291.579	0.00751952
301.579	0.00734202
311.579	0.00717498
321.579	0.00701926
331.579	0.00687044
341.579	0.00672966
351.579	0.00659707
361.579	0.00647047
371.579	0.00635105
381.579	0.00623683
391.579	0.00612191
401.579	0.00602053
411.579	0.00592299
421.579	0.00582955
431.579	0.00573631
441.579	0.00565223
451.579	0.00557237
461.579	0.00549461
471.579	0.00541988
481.579	0.00534821
491.579	0.00528015
501.579	0.00521345
511.579	0.00514916
521.579	0.00508715
531.579	0.00502731
541.579	0.00497015
551.579	0.00491431
561.579	0.00486033
571.579	0.00480811
581.579	0.00475758
591.579	0.00470865
601.579	0.00466187
701.579	0.00425838
801.579	0.00395249
901.579	0.00371242
1001.58	0.00351927
1101.58	0.00336108
1201.58	0.00322905
1301.58	0.00311777
1401.58	0.00302296
1501.58	0.00294143
1601.58	0.00287076
1701.58	0.00280908
1801.58	0.00275494
1901.58	0.0027071
2001.58	0.00266463
2101.58	0.00262682
2201.58	0.00259304
2301.58	0.00256236
2401.58	0.00253509
2501.58	0.00251052
3501.58	0.00236199
4501.58	0.00230442
5501.58	0.00228551
15501.6	0.00242271
25501.6	0.0025592
35501.6	0.00265792
45501.6	0.0027332
55501.6	0.00279334
65501.6	0.00284309
75501.6	0.00288531
85501.6	0.00292187
95501.6	0.00295401
105502	0.00298264
205502	0.00316579
305502	0.00326725
405502	0.00333626
505502	0.00338801
605502	0.00342912
705502	0.00346306

Attachment 5: He3_D2.G4table

Table from Geant4 generate using NPSimulation 	Particle: He3	Material: D2
1e-09	0.000486263
0.001	0.0439499
0.002	0.042425
0.003	0.0439523
0.004	0.0465745
0.005	0.0491636
0.006	0.0526716
0.007	0.0559225
0.008	0.0589624
0.009	0.0618262
0.01	0.0645398
0.011	0.0676422
0.012	0.0706325
0.013	0.0735207
0.014	0.0764203
0.015	0.0792899
0.016	0.0820836
0.017	0.0848361
0.018	0.087583
0.019	0.0902703
0.02	0.0929021
0.021	0.0955524
0.022	0.0981547
0.023	0.100711
0.024	0.103224
0.025	0.105696
0.026	0.108129
0.027	0.110542
0.028	0.112954
0.029	0.115333
0.03	0.117679
0.031	0.119995
0.032	0.122281
0.033	0.124538
0.034	0.126794
0.035	0.129037
0.036	0.131255
0.037	0.133448
0.038	0.135617
0.039	0.137763
0.04	0.139887
0.041	0.141989
0.042	0.144069
0.043	0.14613
0.044	0.14817
0.045	0.15019
0.046	0.152192
0.047	0.154175
0.048	0.15614
0.049	0.158088
0.05	0.160018
0.051	0.161956
0.052	0.163878
0.053	0.165783
0.054	0.167673
0.055	0.169548
0.056	0.171407
0.057	0.173252
0.058	0.175081
0.059	0.176897
0.06	0.178698
0.061	0.180486
0.062	0.18226
0.072	0.199371
0.082	0.215392
0.092	0.230388
0.102	0.244474
0.112	0.257769
0.122	0.270274
0.132	0.282037
0.142	0.293127
0.152	0.303556
0.162	0.313349
0.172	0.322544
0.182	0.331164
0.192	0.339225
0.202	0.346752
0.212	0.353773
0.222	0.360297
0.232	0.366343
0.242	0.37193
0.252	0.377076
0.262	0.381798
0.272	0.386118
0.282	0.390054
0.292	0.393615
0.392	0.412084
0.492	0.408544
1.492	0.229157
2.492	0.154439
3.492	0.119897
4.492	0.0995722
5.492	0.085889
6.492	0.0753218
7.492	0.0667842
8.492	0.0600807
9.492	0.0546693
10.492	0.0502062
11.492	0.0464596
12.492	0.0432674
13.492	0.0405137
14.492	0.0381133
15.492	0.036001
16.492	0.0341272
17.492	0.0324531
18.492	0.030948
19.492	0.0295868
20.492	0.0283496
21.492	0.0272199
22.492	0.0261839
23.492	0.0252302
24.492	0.0243491
25.492	0.0235324
26.492	0.0227731
27.492	0.0220655
28.492	0.0214042
29.492	0.0207846
30.492	0.0202029
31.492	0.0196556
32.492	0.0191396
33.492	0.0186524
34.492	0.0181915
35.492	0.0177548
36.492	0.0173404
37.492	0.0169466
38.492	0.0165718
39.492	0.0162147
40.492	0.015874
41.492	0.0155485
42.492	0.0152374
43.492	0.0149395
44.492	0.0146541
45.492	0.0143804
46.492	0.0141176
47.492	0.0138652
48.492	0.0136224
49.492	0.0133887
50.492	0.0131637
51.492	0.0129469
52.492	0.0127378
53.492	0.0125359
54.492	0.012341
55.492	0.0121526
56.492	0.0119704
57.492	0.0117941
58.492	0.0116234
59.492	0.0114581
60.492	0.0112978
61.492	0.0111424
62.492	0.0109917
63.492	0.0108454
64.492	0.0107033
65.492	0.0105652
66.492	0.010431
67.492	0.0103006
68.492	0.0101737
69.492	0.0100502
70.492	0.00992999
71.492	0.00981291
72.492	0.00969885
73.492	0.00958768
74.492	0.0094793
75.492	0.0093736
76.492	0.00927047
77.492	0.00916984
78.492	0.00907159
79.492	0.00897566
80.492	0.00888195
81.492	0.00879039
82.492	0.0087009
83.492	0.00861342
84.492	0.00852787
94.492	0.00776588
104.492	0.00714122
114.492	0.00661939
124.492	0.00617654
134.492	0.00579579
144.492	0.00546481
154.492	0.00517428
164.492	0.00491711
174.492	0.00468783
184.492	0.00448207
194.492	0.00429633
204.492	0.00412781
214.492	0.0039742
224.492	0.00383357
234.492	0.00370433
244.492	0.00358512
254.492	0.00347482
264.492	0.00337245
274.492	0.00327719
284.492	0.00318831
294.492	0.00310519
304.492	0.00302728
314.492	0.00295409
324.492	0.00288521
334.492	0.00282027
344.492	0.00275894
354.492	0.00270093
364.492	0.00264597
374.492	0.00259381
384.492	0.00254427
394.492	0.00249713
404.492	0.00245223
414.492	0.00240941
424.492	0.00236853
434.492	0.00232947
444.492	0.0022921
454.492	0.00225631
464.492	0.00222201
474.492	0.0021891
484.492	0.00215751
494.492	0.00212715
504.492	0.00209796
514.492	0.00206987
524.492	0.00204282
534.492	0.00201675
544.492	0.00199161
554.492	0.00196735
564.492	0.00194393
574.492	0.0019213
584.492	0.00189942
594.492	0.00187826
604.492	0.00185778
614.492	0.00183795
624.492	0.00181875
634.492	0.00180013
644.492	0.00178208
654.492	0.00176457
754.492	0.00161459
854.492	0.00149932
954.492	0.00140811
1054.49	0.00133428
1154.49	0.00127341
1254.49	0.00122245
1354.49	0.00117925
1454.49	0.00114224
1554.49	0.00111024
1654.49	0.00108234
1754.49	0.00105786
1854.49	0.00103624
1954.49	0.00101706
2054.49	0.00099994
2154.49	0.00098461
2254.49	0.000970825
2354.49	0.000958387
2454.49	0.000947129
2554.49	0.000936912
2654.49	0.000927614
3654.49	0.0008683
4654.49	0.000841658
5654.49	0.000821089
6654.49	0.00080196
7654.49	0.000789764
8654.49	0.000781838
9654.49	0.00077668
19654.5	0.000774121
119654	0.000860451
219654	0.000895454
319654	0.000916994
419654	0.000932461
519654	0.000944468
619654	0.000954245
719654	0.000962464

Attachment 6: He3_Fe.G4table

Table from Geant4 generate using NPSimulation 	Particle: He3	Material: NPS_Fe
1e-09	0.000107583
0.001	0.055108
0.002	0.0742871
0.003	0.0885694
0.004	0.100389
0.005	0.110689
0.006	0.119911
0.007	0.128333
0.008	0.13612
0.009	0.1434
0.01	0.150254
0.011	0.156748
0.012	0.162932
0.013	0.168843
0.014	0.174512
0.015	0.179973
0.016	0.18524
0.017	0.190331
0.018	0.195268
0.019	0.200064
0.02	0.204724
0.021	0.209258
0.022	0.213676
0.023	0.217985
0.024	0.222193
0.025	0.226306
0.026	0.230329
0.027	0.234279
0.028	0.238152
0.029	0.24195
0.03	0.245677
0.031	0.249335
0.032	0.252928
0.033	0.256459
0.034	0.259931
0.035	0.263348
0.036	0.266725
0.037	0.270049
0.038	0.273323
0.039	0.27655
0.04	0.27973
0.041	0.282866
0.042	0.285959
0.043	0.289011
0.044	0.292023
0.045	0.294996
0.046	0.297932
0.056	0.325512
0.066	0.350422
0.076	0.37321
0.086	0.394252
0.096	0.413838
0.106	0.432146
0.116	0.449362
0.126	0.465572
0.136	0.480877
0.146	0.495381
0.156	0.509142
0.166	0.522207
0.176	0.534627
0.186	0.546469
0.196	0.557742
0.206	0.56848
0.216	0.57871
0.226	0.58846
0.236	0.597753
0.246	0.606609
0.256	0.615049
0.266	0.623103
0.276	0.630794
0.286	0.638118
0.296	0.64509
0.306	0.651722
0.316	0.658028
0.416	0.705476
0.516	0.730475
0.616	0.739665
0.716	0.737771
1.716	0.56996
2.716	0.447166
3.716	0.373129
4.716	0.323174
5.716	0.286616
6.716	0.257927
7.716	0.234784
8.716	0.216371
9.716	0.201109
10.716	0.187193
11.716	0.176158
12.716	0.166263
13.716	0.157571
14.716	0.150906
15.716	0.143516
16.716	0.137223
17.716	0.131515
18.716	0.1266
19.716	0.121831
20.716	0.117288
21.716	0.113514
22.716	0.109759
23.716	0.106272
24.716	0.10317
25.716	0.100098
26.716	0.0971757
27.716	0.0944384
28.716	0.0918684
29.716	0.0895782
30.716	0.0872551
31.716	0.0851058
32.716	0.0830721
33.716	0.0811443
34.716	0.0788901
35.716	0.0772874
36.716	0.075935
37.716	0.0744761
38.716	0.0730775
39.716	0.0717354
40.716	0.0704344
41.716	0.069198
42.716	0.0680087
43.716	0.0668638
44.716	0.0658361
45.716	0.0647711
46.716	0.0637437
47.716	0.0627519
48.716	0.0617938
49.716	0.0608677
50.716	0.0599721
51.716	0.0591588
52.716	0.0583177
53.716	0.0575031
54.716	0.0567136
55.716	0.0559776
56.716	0.0552345
57.716	0.0545133
58.716	0.0538129
59.716	0.0531325
60.716	0.0524711
61.716	0.0518304
62.716	0.0512053
63.716	0.050634
64.716	0.0500407
65.716	0.0494628
66.716	0.0488998
67.716	0.0483512
68.716	0.0478163
69.716	0.0472946
70.716	0.0467858
71.716	0.0462893
72.716	0.0458092
73.716	0.045336
74.716	0.0449117
84.716	0.0408104
94.716	0.0374809
104.716	0.0347239
114.716	0.0324314
124.716	0.0304236
134.716	0.0286847
144.716	0.0271632
154.716	0.02582
164.716	0.0246409
174.716	0.0235683
184.716	0.0226018
194.716	0.021726
204.716	0.0209354
214.716	0.0201979
224.716	0.0195207
234.716	0.0188965
244.716	0.0183192
254.716	0.0177837
264.716	0.0172856
274.716	0.016821
284.716	0.0163867
294.716	0.0159604
304.716	0.0155885
314.716	0.015238
324.716	0.0149072
334.716	0.0145943
344.716	0.014298
354.716	0.014017
364.716	0.0137502
374.716	0.0134965
384.716	0.0132549
394.716	0.0130246
404.716	0.0128048
414.716	0.0125949
424.716	0.0123941
434.716	0.0122059
444.716	0.0120215
454.716	0.0118447
464.716	0.011675
474.716	0.0115119
484.716	0.0113552
494.716	0.0112044
504.716	0.0110592
514.716	0.0109193
524.716	0.0107844
534.716	0.0106543
544.716	0.0105287
554.716	0.0104074
564.716	0.0102901
574.716	0.0101768
584.716	0.0100671
594.716	0.00996085
604.716	0.00985798
614.716	0.0097583
624.716	0.00966165
724.716	0.00883816
824.716	0.00820652
924.716	0.00770837
1024.72	0.00730613
1124.72	0.00697516
1224.72	0.0067096
1324.72	0.00647557
1424.72	0.00627531
1524.72	0.00610239
1624.72	0.00595185
1724.72	0.00581989
1824.72	0.00570355
1924.72	0.0056004
2024.72	0.00550851
2124.72	0.00542631
2224.72	0.00535249
2324.72	0.00528597
2424.72	0.00522586
2524.72	0.00517137
2624.72	0.00512188
3624.72	0.00480877
4624.72	0.00467141
5624.72	0.00461082
6624.72	0.0045886
16624.7	0.00478409
26624.7	0.00499899
36624.7	0.00516166
46624.7	0.00528896
56624.7	0.00539248
66624.7	0.00547922
76624.7	0.0055536
86624.7	0.00561855
96624.7	0.00567606
106625	0.0057276
206625	0.00606405
306625	0.00625511
406625	0.00638678
506625	0.00648636
606625	0.00656594
706625	0.00663192
806625	0.00668806

Attachment 7: He3_Mylar.G4table

Table from Geant4 generate using NPSimulation 	Particle: He3	Material: NPS_Mylar
1e-09	0.000162705
0.001	0.0401497
0.002	0.0478372
0.003	0.0537014
0.004	0.0586861
0.005	0.0631193
0.006	0.0671796
0.007	0.0709285
0.008	0.0744701
0.009	0.077752
0.01	0.0809135
0.011	0.0839526
0.012	0.0868575
0.013	0.0896328
0.014	0.0923128
0.015	0.0949007
0.016	0.0973895
0.017	0.0997942
0.018	0.10212
0.019	0.104396
0.02	0.10664
0.021	0.108825
0.022	0.110952
0.023	0.113033
0.024	0.115075
0.025	0.117069
0.026	0.119023
0.027	0.120944
0.028	0.122824
0.029	0.124665
0.03	0.12647
0.031	0.128239
0.032	0.129977
0.033	0.131688
0.034	0.133377
0.035	0.135058
0.036	0.13671
0.037	0.138335
0.038	0.139934
0.039	0.141513
0.04	0.143068
0.041	0.144599
0.042	0.146109
0.043	0.147597
0.044	0.149064
0.054	0.162757
0.064	0.174971
0.074	0.186058
0.084	0.196181
0.094	0.205464
0.104	0.214058
0.114	0.222013
0.124	0.229398
0.134	0.236263
0.144	0.242664
0.154	0.248622
0.164	0.254169
0.174	0.259336
0.184	0.264148
0.194	0.268634
0.204	0.27281
0.214	0.27669
0.224	0.28029
0.234	0.283632
0.244	0.286724
0.254	0.289579
0.354	0.307536
0.454	0.311908
0.554	0.308326
0.654	0.300282
0.754	0.289958
0.854	0.278645
0.954	0.267119
1.054	0.255828
1.154	0.245008
1.254	0.234779
1.354	0.225189
1.454	0.216242
1.554	0.207915
1.654	0.200172
1.754	0.192976
1.854	0.186284
1.954	0.180056
2.054	0.17425
2.154	0.168831
2.254	0.163764
2.354	0.15902
2.454	0.154568
2.554	0.150384
2.654	0.146446
2.754	0.142733
2.854	0.139225
2.954	0.135907
3.054	0.132762
3.154	0.129779
3.254	0.126944
3.354	0.124247
3.454	0.121678
3.554	0.119227
3.654	0.116887
3.754	0.114649
3.854	0.112509
3.954	0.110456
4.054	0.108486
4.154	0.106595
4.254	0.104778
4.354	0.10303
4.454	0.101348
4.554	0.0997269
4.654	0.0981641
4.754	0.0966561
4.854	0.0951999
4.954	0.0937928
5.054	0.0924322
5.154	0.0911157
5.254	0.0898411
5.354	0.0886063
5.454	0.0874093
5.554	0.0862483
5.654	0.0851217
5.754	0.0840278
5.854	0.0829652
5.954	0.0819325
6.054	0.0809722
6.154	0.0800561
6.254	0.0791654
6.354	0.078292
6.454	0.0774386
6.554	0.0766047
6.654	0.0757896
6.754	0.0750008
6.854	0.0742215
6.954	0.0734592
7.054	0.0727132
7.154	0.0719832
7.254	0.0712685
8.254	0.0648591
9.254	0.0595507
10.254	0.0550686
11.254	0.051307
12.254	0.048125
13.254	0.0452972
14.254	0.0428322
15.254	0.0406245
16.254	0.0386534
17.254	0.0369102
18.254	0.0353049
19.254	0.0338465
20.254	0.0325153
21.254	0.0312949
22.254	0.0301716
23.254	0.0291412
24.254	0.0281787
25.254	0.0272846
26.254	0.0264512
27.254	0.0256722
28.254	0.0249423
29.254	0.0242568
30.254	0.0236116
31.254	0.0230032
32.254	0.0224329
33.254	0.0218888
34.254	0.021373
35.254	0.0208835
36.254	0.0204182
37.254	0.0199752
38.254	0.019553
39.254	0.0191501
40.254	0.0187652
41.254	0.018397
42.254	0.0180445
43.254	0.0177066
44.254	0.0173825
45.254	0.0170712
46.254	0.0167722
47.254	0.0164846
48.254	0.0162077
49.254	0.0159409
50.254	0.0156837
51.254	0.0154356
52.254	0.015196
53.254	0.0149646
54.254	0.0147409
55.254	0.0145245
56.254	0.014315
57.254	0.0141122
58.254	0.0139156
59.254	0.0137251
60.254	0.0135402
61.254	0.0133609
62.254	0.0131867
63.254	0.0130175
64.254	0.0128531
65.254	0.0126933
66.254	0.0125379
67.254	0.0123867
68.254	0.0122395
69.254	0.0120961
70.254	0.0119565
71.254	0.0118205
72.254	0.0116878
73.254	0.0115585
74.254	0.0114323
75.254	0.0113092
76.254	0.011189
77.254	0.0110716
78.254	0.010957
79.254	0.010845
80.254	0.0107356
81.254	0.0106286
91.254	0.00967702
101.254	0.00889877
111.254	0.00824966
121.254	0.00769952
131.254	0.00722697
141.254	0.00681647
151.254	0.00645633
161.254	0.00613767
171.254	0.00585363
181.254	0.00559876
191.254	0.00536875
201.254	0.00516008
211.254	0.00496987
221.254	0.00479572
231.254	0.00463568
241.254	0.00448808
251.254	0.00435149
261.254	0.00422472
271.254	0.00410674
281.254	0.00399664
291.254	0.00389367
301.254	0.00379713
311.254	0.00370643
321.254	0.00362107
331.254	0.00354058
341.254	0.00346456
351.254	0.00339264
361.254	0.00332449
371.254	0.00325982
381.254	0.00319837
391.254	0.00313991
401.254	0.00308422
411.254	0.0030311
421.254	0.00298038
431.254	0.00293191
441.254	0.00288553
451.254	0.00284111
461.254	0.00279854
471.254	0.0027577
481.254	0.00271848
491.254	0.00268079
501.254	0.00264455
511.254	0.00260966
521.254	0.00257607
531.254	0.00254369
541.254	0.00251246
551.254	0.00248232
561.254	0.00245322
571.254	0.0024251
581.254	0.00239792
591.254	0.00237162
601.254	0.00234618
611.254	0.00232153
621.254	0.00229766
631.254	0.00227452
641.254	0.00225208
741.254	0.00206025
841.254	0.00191326
941.254	0.00179722
1041.25	0.0017035
1141.25	0.00162637
1241.25	0.00156191
1341.25	0.00150736
1441.25	0.00146069
1541.25	0.00142041
1641.25	0.00138535
1741.25	0.00135463
1841.25	0.00132755
1941.25	0.00130356
2041.25	0.0012822
2141.25	0.00126309
2241.25	0.00124595
2341.25	0.00123052
2441.25	0.00121658
2541.25	0.00120351
2641.25	0.00119154
3641.25	0.00111432
4641.25	0.00107842
5641.25	0.00106076
6641.25	0.00105232
16641.3	0.00107461
26641.3	0.00110997
36641.3	0.00113718
46641.3	0.00115851
56641.3	0.00117583
66641.3	0.00119033
76641.3	0.00120277
86641.3	0.00121363
186641	0.00128019

... 6 more lines ...

Attachment 8: He3_Si.G4table

Table from Geant4 generate using NPSimulation 	Particle: He3	Material: NPS_Si
1e-09	6.114e-05
0.001	0.0183978
0.002	0.0255422
0.003	0.03133
0.004	0.0364176
0.005	0.0410573
0.006	0.0453734
0.007	0.049442
0.008	0.0533266
0.009	0.057038
0.01	0.0606005
0.011	0.0640469
0.012	0.0673969
0.013	0.0706455
0.014	0.0738028
0.015	0.0769048
0.016	0.0799341
0.017	0.0828939
0.018	0.0857895
0.019	0.0886256
0.02	0.091406
0.021	0.0941344
0.022	0.0968348
0.023	0.0994925
0.024	0.102107
0.025	0.10468
0.026	0.107213
0.027	0.109709
0.028	0.11217
0.029	0.114608
0.03	0.117016
0.031	0.119393
0.032	0.12174
0.033	0.124057
0.034	0.126347
0.035	0.128609
0.036	0.130853
0.037	0.133073
0.038	0.135269
0.039	0.13744
0.04	0.139589
0.041	0.141715
0.042	0.143819
0.043	0.145909
0.044	0.147979
0.045	0.15003
0.046	0.152061
0.047	0.154072
0.048	0.156064
0.049	0.158038
0.05	0.159994
0.051	0.161931
0.052	0.163852
0.053	0.165755
0.054	0.167642
0.055	0.169512
0.056	0.171365
0.057	0.173208
0.058	0.175037
0.059	0.176851
0.06	0.17865
0.061	0.180434
0.071	0.197498
0.081	0.213326
0.091	0.227981
0.101	0.241557
0.111	0.254161
0.121	0.26585
0.131	0.276642
0.141	0.286585
0.151	0.295718
0.161	0.304083
0.171	0.311717
0.181	0.318658
0.191	0.324942
0.201	0.330604
0.211	0.335682
0.221	0.340234
0.231	0.344271
0.241	0.347824
0.251	0.350926
0.351	0.363427
0.451	0.357009
0.551	0.343962
0.651	0.329431
0.751	0.315286
0.851	0.302112
0.951	0.290003
1.051	0.278906
1.151	0.268732
1.251	0.259366
1.351	0.250711
1.451	0.24269
1.551	0.235231
1.651	0.228271
1.751	0.221758
1.851	0.215647
1.951	0.209902
2.051	0.204487
2.151	0.199375
2.251	0.194543
2.351	0.189963
2.451	0.185617
2.551	0.181486
2.651	0.177553
2.751	0.173805
2.851	0.170229
2.951	0.166813
3.051	0.163546
3.151	0.160418
3.251	0.157419
3.351	0.154543
3.451	0.15178
3.551	0.149124
3.651	0.146571
3.751	0.144112
3.851	0.141743
3.951	0.139461
4.051	0.137256
4.151	0.135128
4.251	0.133071
4.351	0.131083
4.451	0.12916
4.551	0.127299
4.651	0.125496
4.751	0.123749
4.851	0.122055
4.951	0.120412
5.051	0.118816
5.151	0.117267
5.251	0.115762
5.351	0.1143
5.451	0.112877
5.551	0.111494
5.651	0.110147
5.751	0.108836
5.851	0.10756
5.951	0.106316
6.051	0.105104
6.151	0.103924
6.251	0.102774
6.351	0.101653
6.451	0.100559
6.551	0.0994927
6.651	0.0984516
6.751	0.0974351
6.851	0.0964423
6.951	0.0954723
7.051	0.094342
7.151	0.093424
8.151	0.0853566
9.151	0.0786241
10.151	0.0728259
11.151	0.0680896
12.151	0.0638093
13.151	0.0602015
14.151	0.0569075
15.151	0.0541974
16.151	0.0515921
17.151	0.0492621
18.151	0.0471583
19.151	0.04525
20.151	0.0435202
21.151	0.0419268
22.151	0.0405636
23.151	0.0391973
24.151	0.0379318
25.151	0.036769
26.151	0.0356721
27.151	0.0346467
28.151	0.0336857
29.151	0.0328066
30.151	0.031957
31.151	0.0311557
32.151	0.0303984
33.151	0.0296816
34.151	0.0290019
35.151	0.0283565
36.151	0.0277429
37.151	0.0270011
38.151	0.0264344
39.151	0.0258934
40.151	0.0253764
41.151	0.0248817
42.151	0.024408
43.151	0.0239881
44.151	0.0235508
45.151	0.0231308
46.151	0.022727
47.151	0.0223384
48.151	0.0219643
49.151	0.0216038
50.151	0.0212562
51.151	0.0209207
52.151	0.0205967
53.151	0.0203025
54.151	0.0200183
55.151	0.0197428
56.151	0.0194754
57.151	0.0192159
58.151	0.0189639
59.151	0.0187191
60.151	0.0184812
61.151	0.0182499
62.151	0.0180248
63.151	0.0178059
64.151	0.0175928
65.151	0.0173852
66.151	0.0171831
67.151	0.0169861
68.151	0.0167941
69.151	0.0166068
70.151	0.0164242
71.151	0.016246
72.151	0.0160722
73.151	0.0159228
83.151	0.0144175
93.151	0.0131996
103.151	0.012193
113.151	0.0113535
123.151	0.0106299
133.151	0.0100048
143.151	0.00945916
153.151	0.00898245
163.151	0.00855574
173.151	0.00817405
183.151	0.00783052
193.151	0.00751961
203.151	0.00723681
213.151	0.00697843
223.151	0.00674146
233.151	0.00652325
243.151	0.00632162
253.151	0.00613474
263.151	0.00596101
273.151	0.00579909
283.151	0.00564779
293.151	0.00550613
303.151	0.00537316
313.151	0.00524812
323.151	0.0051303
333.151	0.00501909
343.151	0.00491394
353.151	0.00481437
363.151	0.00471996
373.151	0.0046303
383.151	0.00454504
393.151	0.00446386
403.151	0.00438647
413.151	0.00431261
423.151	0.00424205
433.151	0.00417458
443.151	0.00410999
453.151	0.00404809
463.151	0.00398873
473.151	0.00393175
483.151	0.00387701
493.151	0.00382438
503.151	0.00377374
513.151	0.00372498
523.151	0.003678
533.151	0.0036327
543.151	0.00358899
553.151	0.0035468
563.151	0.00350603
573.151	0.00346664
583.151	0.00342855
593.151	0.00339169
603.151	0.003356
613.151	0.00332143
623.151	0.00328793
633.151	0.00325545
733.151	0.00297794
833.151	0.00276555
933.151	0.00259802
1033.15	0.00246274
1133.15	0.00235147
1233.15	0.0022585
1333.15	0.00217983
1433.15	0.00211253
1533.15	0.00205443
1633.15	0.00200386
1733.15	0.00195953
1833.15	0.00192044
1933.15	0.00188577
2033.15	0.00185489
2133.15	0.00182725
2233.15	0.00180243
2333.15	0.00178006
2433.15	0.00175982
2533.15	0.00174182
2633.15	0.00172563
3633.15	0.00162311
4633.15	0.00157802
5633.15	0.00155805
6633.15	0.00155063
16633.2	0.00161249
26633.2	0.00168033
36633.2	0.00173123

... 13 more lines ...

Attachment 9: deuteron_Al.G4table

Table from Geant4 generate using NPSimulation 	Particle: deuteron	Material: NPS_Al
1e-09	8.11705e-05
0.001	0.0239359
0.002	0.0301049
0.003	0.0349771
0.004	0.039183
0.005	0.0429573
0.006	0.0464162
0.007	0.0496494
0.008	0.0526472
0.009	0.055509
0.01	0.0582117
0.011	0.0608271
0.012	0.0633268
0.013	0.0657201
0.014	0.0680191
0.015	0.0702336
0.016	0.072422
0.017	0.0745497
0.018	0.0766143
0.019	0.0786211
0.02	0.0805746
0.021	0.0822057
0.022	0.0837398
0.023	0.0852222
0.024	0.0866558
0.025	0.088043
0.026	0.0893862
0.027	0.0906873
0.028	0.0919481
0.029	0.0931705
0.03	0.094356
0.031	0.0955231
0.032	0.0966629
0.033	0.0977697
0.034	0.0988447
0.035	0.0998887
0.036	0.100903
0.037	0.101888
0.047	0.110365
0.057	0.116718
0.067	0.121378
0.077	0.12466
0.087	0.12684
0.097	0.128144
0.107	0.128764
0.207	0.120113
0.307	0.108753
0.407	0.0998097
0.507	0.0926
0.607	0.0865673
0.707	0.0813941
0.807	0.0768799
0.907	0.0728985
1.007	0.0693514
1.107	0.0661706
1.207	0.0632975
1.307	0.0606879
1.407	0.058306
1.507	0.0561221
1.607	0.0541137
1.707	0.0522585
1.807	0.050539
1.907	0.0489404
2.007	0.04745
2.107	0.0460576
2.207	0.0447531
2.307	0.043528
2.407	0.042375
2.507	0.0412878
2.607	0.0402607
2.707	0.0392886
2.807	0.0383672
2.907	0.0374924
3.007	0.0366607
3.107	0.0358692
3.207	0.0351149
3.307	0.0343948
3.407	0.0337068
3.507	0.0330485
3.607	0.0324181
3.707	0.0318137
3.807	0.0312338
3.907	0.0306768
4.007	0.0301413
4.107	0.0296262
4.207	0.0291303
4.307	0.0286525
4.407	0.0281916
4.507	0.0277469
4.607	0.0273173
4.707	0.0269022
4.807	0.0265009
4.907	0.0261125
5.007	0.0257365
5.107	0.0253723
5.207	0.0250193
5.307	0.0246771
5.407	0.024345
5.507	0.0240226
5.607	0.0237095
5.707	0.0234053
5.807	0.0231095
5.907	0.0228219
6.007	0.0225421
6.107	0.0222697
6.207	0.0220046
6.307	0.0217463
6.407	0.0214946
6.507	0.0212493
6.607	0.02101
6.707	0.0207766
6.807	0.0205489
6.907	0.0203266
7.007	0.0201095
7.107	0.0198974
7.207	0.0196902
7.307	0.0194877
7.407	0.0192897
7.507	0.0190961
7.607	0.0189067
8.607	0.0172338
9.607	0.0158703
10.607	0.0147353
11.607	0.0137708
12.607	0.012969
13.607	0.0122337
14.607	0.011592
15.607	0.0110172
16.607	0.0105186
17.607	0.0100552
18.607	0.00963539
19.607	0.00925319
20.607	0.0088401
21.607	0.00851294
22.607	0.00821134
23.607	0.00793233
24.607	0.0076734
25.607	0.00744481
26.607	0.00721894
27.607	0.00700761
28.607	0.00681796
29.607	0.00664419
30.607	0.00647977
31.607	0.00632401
32.607	0.0061762
33.607	0.00603577
34.607	0.00590217
35.607	0.00577491
36.607	0.00565356
37.607	0.0055377
38.607	0.00542698
39.607	0.00532106
40.607	0.00521964
41.607	0.00512245
42.607	0.00503383
43.607	0.00494399
44.607	0.00485766
45.607	0.00477462
46.607	0.0046947
47.607	0.00461772
48.607	0.00454352
49.607	0.00447194
50.607	0.00440286
51.607	0.00433614
52.607	0.00427167
53.607	0.00420932
54.607	0.00414899
55.607	0.00409058
56.607	0.004034
57.607	0.00397917
58.607	0.00392599
59.607	0.00387703
60.607	0.00382685
61.607	0.00377813
62.607	0.0037308
63.607	0.0036848
64.607	0.00364007
65.607	0.00359656
66.607	0.00355422
67.607	0.003513
68.607	0.00347286
69.607	0.00343376
70.607	0.00339565
71.607	0.00335849
72.607	0.00332226
73.607	0.00328691
74.607	0.00325242
75.607	0.00321874
76.607	0.00318586
77.607	0.00315375
78.607	0.00312237
88.607	0.00284439
98.607	0.00261787
108.607	0.00242958
118.607	0.00227046
128.607	0.00213411
138.607	0.00201591
148.607	0.0019124
158.607	0.001821
168.607	0.00173967
178.607	0.0016668
188.607	0.00160113
198.607	0.00154162
208.607	0.00148745
218.607	0.00143792
228.607	0.00139246
238.607	0.00135057
248.607	0.00131185
258.607	0.00127595
268.607	0.00124257
278.607	0.00121145
288.607	0.00118237
298.607	0.00115513
308.607	0.00112958
318.607	0.00110555
328.607	0.00108291
338.607	0.00106155
348.607	0.00104135
358.607	0.00102223
368.607	0.00100411
378.607	0.000986896
388.607	0.000970536
398.607	0.000954965
408.607	0.000940128
418.607	0.000925977
428.607	0.000912463
438.607	0.000899544
448.607	0.000887183
458.607	0.000875344
468.607	0.000863995
478.607	0.000853108
488.607	0.000842654
498.607	0.000832609
508.607	0.00082295
518.607	0.000813657
528.607	0.000804708
538.607	0.000796085
548.607	0.00078777
558.607	0.000779749
568.607	0.000772005
668.607	0.00070721
768.607	0.000659296
868.607	0.000622586
968.607	0.000593691
1068.61	0.00057046
1168.61	0.00055146
1268.61	0.0005357
1368.61	0.000522474
1468.61	0.000511265
1568.61	0.000501929
1668.61	0.000493912
1768.61	0.000486969
1868.61	0.000480926
1968.61	0.000475643
2068.61	0.000471008
3068.61	0.000445884
4068.61	0.000438402
5068.61	0.000437173
15068.6	0.000465521
25068.6	0.000487422
35068.6	0.000502522
45068.6	0.000513826
55068.6	0.000522785
65068.6	0.000530169
75068.6	0.000536429
85068.6	0.000541849
95068.6	0.000546621
195069	0.000576365
295069	0.000592589
395069	0.000603628
495069	0.000611934
595069	0.000618556
695069	0.000624042

Attachment 10: deuteron_BC400.G4table

Table from Geant4 generate using NPSimulation 	Particle: deuteron	Material: NPS_BC400
1e-09	0.000193586
0.001	0.019272
0.002	0.0215711
0.003	0.0238524
0.004	0.0261379
0.005	0.0283274
0.006	0.0303474
0.007	0.0323297
0.008	0.034184
0.009	0.0359281
0.01	0.0375919
0.011	0.0391729
0.012	0.0406924
0.013	0.0421887
0.014	0.0436283
0.015	0.0450299
0.016	0.0463892
0.017	0.0477164
0.018	0.0490033
0.019	0.0502594
0.02	0.0514906
0.021	0.0526174
0.022	0.0537003
0.023	0.0547534
0.024	0.0557829
0.025	0.05679
0.026	0.0577722
0.027	0.0587308
0.028	0.0596692
0.029	0.06059
0.03	0.0614906
0.031	0.0623718
0.032	0.0632387
0.033	0.0640898
0.034	0.0649239
0.035	0.0657416
0.036	0.0665438
0.037	0.0673312
0.038	0.0681061
0.039	0.0688671
0.04	0.0696186
0.041	0.0703576
0.042	0.071084
0.043	0.0717981
0.044	0.0725003
0.054	0.0789519
0.064	0.0845508
0.074	0.0894715
0.084	0.0933428
0.094	0.0956933
0.104	0.0975058
0.114	0.0988517
0.124	0.0998008
0.224	0.0965082
0.324	0.0853292
0.424	0.0746418
0.524	0.0659875
0.624	0.0592004
0.724	0.0538447
0.824	0.0495406
0.924	0.04601
1.024	0.0430562
1.124	0.0405413
1.224	0.0383684
1.324	0.0364669
1.424	0.0347844
1.524	0.0332816
1.624	0.0319288
1.724	0.0307024
1.824	0.0295836
1.924	0.0285578
2.024	0.0276129
2.124	0.0267388
2.224	0.025927
2.324	0.0251706
2.424	0.0244638
2.524	0.0238015
2.624	0.0231791
2.724	0.022593
2.824	0.0220399
2.924	0.0215169
3.024	0.0210214
3.124	0.0205511
3.224	0.0201043
3.324	0.0196789
3.424	0.0192734
3.524	0.0188863
3.624	0.0185164
3.724	0.0181624
3.824	0.0178233
3.924	0.0174981
4.024	0.0171861
4.124	0.0168863
4.224	0.016598
4.324	0.0163205
4.424	0.0160532
4.524	0.0157955
4.624	0.0155468
4.724	0.0153068
4.824	0.0150749
4.924	0.0148506
5.024	0.0146337
5.124	0.0144237
5.224	0.0142203
5.324	0.0140231
5.424	0.013832
5.524	0.0136465
5.624	0.0134665
5.724	0.0132917
5.824	0.0131218
5.924	0.0129567
6.024	0.0127962
6.124	0.01264
6.224	0.012488
6.324	0.0123399
6.424	0.0121957
6.524	0.0120552
6.624	0.0119182
6.724	0.0117847
6.824	0.0116543
6.924	0.0115272
7.024	0.011403
7.124	0.0112818
7.224	0.0111633
7.324	0.0110476
7.424	0.0109345
7.524	0.010824
7.624	0.0107158
8.624	0.0097136
9.624	0.00886674
10.624	0.00816745
11.624	0.00758504
12.624	0.00708174
13.624	0.0066466
14.624	0.00626637
15.624	0.00593099
16.624	0.0056329
17.624	0.0053661
18.624	0.00512562
19.624	0.00490767
20.624	0.00470916
21.624	0.00452752
22.624	0.00436062
23.624	0.00420671
24.624	0.0040643
25.624	0.00393212
26.624	0.00380906
27.624	0.00369419
28.624	0.00358672
29.624	0.00348592
30.624	0.00339118
31.624	0.00330196
32.624	0.00321779
33.624	0.00313822
34.624	0.00306289
35.624	0.00299146
36.624	0.00292362
37.624	0.0028591
38.624	0.00279767
39.624	0.0027391
40.624	0.0026832
41.624	0.00262977
42.624	0.00257866
43.624	0.00252971
44.624	0.00248279
45.624	0.00243776
46.624	0.00239452
47.624	0.00235296
48.624	0.00231298
49.624	0.00227448
50.624	0.00223739
51.624	0.00220163
52.624	0.00216713
53.624	0.00213381
54.624	0.00210163
55.624	0.00207051
56.624	0.00204041
57.624	0.00201128
58.624	0.00198307
59.624	0.00195575
60.624	0.00192925
61.624	0.00190356
62.624	0.00187862
63.624	0.00185442
64.624	0.0018309
65.624	0.00180805
66.624	0.00178584
67.624	0.00176423
68.624	0.00174321
69.624	0.00172275
70.624	0.00170283
71.624	0.00168342
72.624	0.00166451
73.624	0.00164607
74.624	0.0016281
75.624	0.00161057
76.624	0.00159346
77.624	0.00157676
78.624	0.00156046
79.624	0.00154454
80.624	0.00152899
81.624	0.00151379
91.624	0.00137886
101.624	0.00126883
111.624	0.0011773
121.624	0.0010999
131.624	0.00103357
141.624	0.000976048
151.624	0.000925678
161.624	0.000881187
171.624	0.000841594
181.624	0.000806119
191.624	0.000774148
201.624	0.000745183
211.624	0.000718815
221.624	0.000694705
231.624	0.000672573
241.624	0.000652185
251.624	0.000633341
261.624	0.000615871
271.624	0.000599628
281.624	0.000584488
291.624	0.000570342
301.624	0.000557094
311.624	0.000544662
321.624	0.000532974
331.624	0.000521963
341.624	0.000511574
351.624	0.000501753
361.624	0.000492457
371.624	0.000483643
381.624	0.000475278
391.624	0.000467325
401.624	0.000459759
411.624	0.000452549
421.624	0.000445672
431.624	0.000439105
441.624	0.000432828
451.624	0.000426822
461.624	0.000421071
471.624	0.000415558
481.624	0.00041027
491.624	0.000405193
501.624	0.000400315
511.624	0.000395624
521.624	0.000391111
531.624	0.000386765
541.624	0.000382578
551.624	0.00037854
561.624	0.000374646
571.624	0.000370886
581.624	0.000367255
681.624	0.000336808
781.624	0.000314213
881.624	0.000296861
981.624	0.000283178
1081.62	0.000272162
1181.62	0.000263144
1281.62	0.000255662
1381.62	0.000249384
1481.62	0.000244066
1581.62	0.000239524
1681.62	0.00023555
1781.62	0.000232007
1881.62	0.000228909
1981.62	0.000226187
2081.62	0.000223784
2181.62	0.000221656
3181.62	0.000209575
4181.62	0.000205379
5181.62	0.000204108
15181.6	0.000213079
25181.6	0.000221183
35181.6	0.000226856
45181.6	0.000231132
55181.6	0.000234536
65181.6	0.000237355
75181.6	0.000239753
85181.6	0.000241839
185182	0.000254553
285182	0.000261473
385182	0.00026621
485182	0.000269786
585182	0.000272644
685182	0.000275015

Attachment 11: deuteron_CD2.G4table

Table from Geant4 generate using NPSimulation 	Particle: deuteron	Material: NPS_CD2
1e-09	0.000220437
0.001	0.0195016
0.002	0.0224956
0.003	0.0254703
0.004	0.0282316
0.005	0.0307991
0.006	0.0331595
0.007	0.035455
0.008	0.0375871
0.009	0.0395794
0.01	0.0414802
0.011	0.0432882
0.012	0.0450231
0.013	0.0467325
0.014	0.04838
0.015	0.0499672
0.016	0.0515055
0.017	0.0530045
0.018	0.0544585
0.019	0.0558768
0.02	0.0572651
0.021	0.058504
0.022	0.0596881
0.023	0.0608378
0.024	0.061959
0.025	0.0630549
0.026	0.0641244
0.027	0.0651667
0.028	0.0661831
0.029	0.0671748
0.03	0.068143
0.031	0.0690893
0.032	0.0700192
0.033	0.07093
0.034	0.0718209
0.035	0.0726928
0.036	0.0735464
0.037	0.0743825
0.038	0.075203
0.039	0.0760072
0.04	0.0767988
0.041	0.0775755
0.042	0.0783372
0.052	0.0852289
0.062	0.0910351
0.072	0.0959979
0.082	0.100087
0.092	0.102492
0.102	0.104289
0.112	0.105565
0.122	0.106399
0.222	0.101168
0.322	0.0883469
0.422	0.0766182
0.522	0.0673029
0.622	0.0600771
0.722	0.0544174
0.822	0.0498932
0.922	0.0461988
1.022	0.0431204
1.122	0.040509
1.222	0.03826
1.322	0.0362983
1.422	0.0345673
1.522	0.0330251
1.622	0.0316401
1.722	0.0303874
1.822	0.0292471
1.922	0.0282036
2.022	0.0272441
2.122	0.026358
2.222	0.0255365
2.322	0.0247722
2.422	0.024059
2.522	0.0233916
2.622	0.0227654
2.722	0.0221763
2.822	0.0216209
2.922	0.0210963
3.022	0.0205998
3.122	0.0201291
3.222	0.0196823
3.322	0.0192572
3.422	0.0188524
3.522	0.0184662
3.622	0.0180975
3.722	0.0177449
3.822	0.0174074
3.922	0.0170839
4.022	0.0167737
4.122	0.0164759
4.222	0.0161896
4.322	0.0159142
4.422	0.0156491
4.522	0.0153936
4.622	0.0151472
4.722	0.0149095
4.822	0.0146799
4.922	0.014458
5.022	0.0142435
5.122	0.0140359
5.222	0.0138349
5.322	0.0136402
5.422	0.0134515
5.522	0.0132684
5.622	0.0130908
5.722	0.0129184
5.822	0.0127509
5.922	0.0125882
6.022	0.01243
6.122	0.0122761
6.222	0.0121265
6.322	0.0119807
6.422	0.0118388
6.522	0.0117006
6.622	0.0115659
6.722	0.0114345
6.822	0.0113064
6.922	0.0111815
7.022	0.0110595
7.122	0.0109404
7.222	0.0108241
7.322	0.0107105
7.422	0.0105995
7.522	0.010491
7.622	0.0103849
7.722	0.0102812
8.722	0.00931541
9.722	0.00851001
10.722	0.00784361
11.722	0.00728593
12.722	0.0068053
13.722	0.00638933
14.722	0.00602545
15.722	0.00570424
16.722	0.00541853
17.722	0.0051626
18.722	0.00493182
19.722	0.00472257
20.722	0.00453193
21.722	0.00435743
22.722	0.00419705
23.722	0.00404912
24.722	0.00391222
25.722	0.00378513
26.722	0.0036668
27.722	0.00355632
28.722	0.00345293
29.722	0.00335595
30.722	0.00326479
31.722	0.00317893
32.722	0.00309792
33.722	0.00302135
34.722	0.00294884
35.722	0.00288007
36.722	0.00281476
37.722	0.00275265
38.722	0.0026935
39.722	0.00263711
40.722	0.00258328
41.722	0.00253183
42.722	0.00248261
43.722	0.00243547
44.722	0.00239028
45.722	0.00234691
46.722	0.00230526
47.722	0.00226523
48.722	0.00222671
49.722	0.00218963
50.722	0.00215391
51.722	0.00211946
52.722	0.00208622
53.722	0.00205413
54.722	0.00202313
55.722	0.00199315
56.722	0.00196416
57.722	0.00193609
58.722	0.00190891
59.722	0.00188259
60.722	0.00185706
61.722	0.00183231
62.722	0.00180828
63.722	0.00178496
64.722	0.00176231
65.722	0.00174029
66.722	0.00171889
67.722	0.00169808
68.722	0.00167782
69.722	0.00165811
70.722	0.00163892
71.722	0.00162022
72.722	0.001602
73.722	0.00158424
74.722	0.00156692
75.722	0.00155003
76.722	0.00153355
77.722	0.00151746
78.722	0.00150175
79.722	0.00148641
80.722	0.00147143
81.722	0.00145678
91.722	0.00132678
101.722	0.00122078
111.722	0.00113259
121.722	0.00105803
131.722	0.000994134
141.722	0.000938732
151.722	0.000890215
161.722	0.000847363
171.722	0.00080923
181.722	0.000775066
191.722	0.000744278
201.722	0.000716386
211.722	0.000690995
221.722	0.00066778
231.722	0.00064647
241.722	0.00062684
251.722	0.000608698
261.722	0.00059188
271.722	0.000576244
281.722	0.00056167
291.722	0.000548052
301.722	0.0005353
311.722	0.000523333
321.722	0.000512082
331.722	0.000501485
341.722	0.000491485
351.722	0.000482033
361.722	0.000473086
371.722	0.000464604
381.722	0.000456553
391.722	0.0004489
401.722	0.000441618
411.722	0.00043468
421.722	0.000428062
431.722	0.000421742
441.722	0.000415702
451.722	0.000409923
461.722	0.000404388
471.722	0.000399083
481.722	0.000393995
491.722	0.000389109
501.722	0.000384415
511.722	0.000379902
521.722	0.000375559
531.722	0.000371378
541.722	0.000367349
551.722	0.000363464
561.722	0.000359717
571.722	0.0003561
581.722	0.000352606
681.722	0.00032331
781.722	0.000301571
881.722	0.000284875
981.722	0.000271708
1081.72	0.000261106
1181.72	0.000252426
1281.72	0.000245224
1381.72	0.000239179
1481.72	0.000234057
1581.72	0.000229682
1681.72	0.000225823
1781.72	0.000222349
1881.72	0.000219307
1981.72	0.000216631
2081.72	0.000214268
2181.72	0.000212173
3181.72	0.000200197
4181.72	0.000195926
5181.72	0.000194529
15181.7	0.000202372
25181.7	0.000209871
35181.7	0.000215163
45181.7	0.000219168
55181.7	0.000222365
65181.7	0.000225016
75181.7	0.000227276
85181.7	0.000229243
185182	0.000241259
285182	0.000247805
385182	0.000252286
485182	0.000255669
585182	0.000258373
685182	0.000260615

Attachment 12: deuteron_CsI.G4table

Table from Geant4 generate using NPSimulation 	Particle: deuteron	Material: NPS_CsI
1e-09	2.33226e-05
0.001	0.0125219
0.002	0.0170895
0.003	0.0205573
0.004	0.0234689
0.005	0.0260285
0.006	0.0283413
0.007	0.0304695
0.008	0.03245
0.009	0.0343077
0.01	0.0360664
0.011	0.0377421
0.012	0.0393418
0.013	0.0408774
0.014	0.0423595
0.015	0.0437889
0.016	0.0451707
0.017	0.0465093
0.018	0.0478084
0.019	0.0490724
0.02	0.0503067
0.021	0.0513853
0.022	0.052414
0.023	0.0534144
0.024	0.0543884
0.025	0.0553376
0.026	0.0562652
0.027	0.0571723
0.028	0.0580584
0.029	0.0589245
0.03	0.0597715
0.031	0.0606003
0.032	0.0614129
0.033	0.0622094
0.034	0.0629906
0.035	0.0637565
0.036	0.0645076
0.037	0.0652445
0.038	0.0659685
0.039	0.0666795
0.04	0.0673788
0.041	0.0680658
0.042	0.0687407
0.052	0.0749014
0.062	0.0801729
0.072	0.0847212
0.082	0.088646
0.092	0.0920248
0.102	0.0949314
0.112	0.0974101
0.122	0.0994965
0.132	0.101227
0.142	0.102635
0.152	0.103749
0.162	0.104597
0.262	0.103282
0.362	0.0942913
0.462	0.0847835
0.562	0.0767285
0.662	0.0702809
0.762	0.0651492
0.862	0.0610088
0.962	0.0576048
1.062	0.0547527
1.162	0.0523164
1.262	0.0502007
1.362	0.048338
1.462	0.0466771
1.562	0.0451803
1.662	0.0438192
1.762	0.0425721
1.862	0.0414221
1.962	0.0403562
2.062	0.0393636
2.162	0.0384349
2.262	0.0375628
2.362	0.0367412
2.462	0.0359649
2.562	0.0352298
2.662	0.0345321
2.762	0.0338686
2.862	0.0332361
2.962	0.0326323
3.062	0.032055
3.162	0.0315023
3.262	0.0309723
3.362	0.0304637
3.462	0.0299748
3.562	0.0295045
3.662	0.0290516
3.762	0.0286149
3.862	0.0281937
3.962	0.027787
4.062	0.0273941
4.162	0.027014
4.262	0.0266462
4.362	0.0262899
4.462	0.0259447
4.562	0.0256099
4.662	0.0252851
4.762	0.0249698
4.862	0.0246635
4.962	0.0243658
5.062	0.0240764
5.162	0.0237949
5.262	0.023521
5.362	0.0232543
5.462	0.0229945
5.562	0.0227414
5.662	0.0224946
5.762	0.0222539
5.862	0.022019
5.962	0.0217899
6.062	0.0215661
6.162	0.0213476
6.262	0.0211341
6.362	0.0209255
7.362	0.0190721
8.362	0.0175838
9.362	0.0163486
10.362	0.0152978
11.362	0.0143619
12.362	0.013572
13.362	0.0128786
14.362	0.0122821
15.362	0.0117147
16.362	0.011229
17.362	0.0107888
18.362	0.0103671
19.362	0.0100156
20.362	0.00967043
21.362	0.00935388
22.362	0.00905965
23.362	0.00877515
24.362	0.00852084
25.362	0.00828476
26.362	0.00805643
27.362	0.00785131
28.362	0.0076497
29.362	0.0074554
30.362	0.00727626
31.362	0.0071029
32.362	0.00694777
33.362	0.00679294
34.362	0.00665204
35.362	0.00650424
36.362	0.0063687
37.362	0.00624229
38.362	0.00612292
39.362	0.0060048
40.362	0.00589454
41.362	0.00578981
42.362	0.00568586
43.362	0.00558395
44.362	0.00547746
45.362	0.00539137
46.362	0.00530568
47.362	0.00522138
48.362	0.00514319
49.362	0.00506222
50.362	0.00499294
51.362	0.00492327
52.362	0.00485728
53.362	0.00479179
54.362	0.00473249
55.362	0.00467069
56.362	0.00461071
57.362	0.00455246
58.362	0.00449488
59.362	0.00444177
60.362	0.00438826
61.362	0.0043362
62.362	0.00428554
63.362	0.00423722
64.362	0.00418923
65.362	0.00414477
66.362	0.00409911
67.362	0.00405459
68.362	0.00401279
69.362	0.00397043
70.362	0.0039316
80.362	0.00356687
90.362	0.00327381
100.362	0.00303369
110.362	0.00283191
120.362	0.00265821
130.362	0.00250776
140.362	0.00237745
150.362	0.00226267
160.362	0.00216019
170.362	0.00206912
180.362	0.00198701
190.362	0.00191217
200.362	0.00184348
210.362	0.00178132
220.362	0.00172438
230.362	0.00167196
240.362	0.00162343
250.362	0.00157869
260.362	0.00153544
270.362	0.00149743
280.362	0.00146175
290.362	0.00142746
300.362	0.00139689
310.362	0.0013678
320.362	0.00134038
330.362	0.00131482
340.362	0.00129032
350.362	0.00126711
360.362	0.00124526
370.362	0.00122435
380.362	0.00120448
390.362	0.00118556
400.362	0.00116768
410.362	0.00115048
420.362	0.00113405
430.362	0.00111834
440.362	0.0011033
450.362	0.0010889
460.362	0.0010751
470.362	0.00106186
480.362	0.00104914
490.362	0.00103693
500.362	0.00102518
510.362	0.00101414
520.362	0.00100324
530.362	0.000992745
540.362	0.000982625
550.362	0.000972862
650.362	0.000891733
750.362	0.000831926
850.362	0.000786246
950.362	0.000750483
1050.36	0.000721895
1150.36	0.000698651
1250.36	0.000679489
1350.36	0.000663488
1450.36	0.000650032
1550.36	0.000638523
1650.36	0.000628775
1750.36	0.000620418
1850.36	0.000613274
1950.36	0.000607056
2050.36	0.000601671
3050.36	0.000574916
4050.36	0.00057014
14050.4	0.000625341
24050.4	0.000664894
34050.4	0.000691257
44050.4	0.000710625
54050.4	0.000725776
64050.4	0.000738139
74050.4	0.000748534
84050.4	0.000757473
94050.4	0.000765293
104050	0.00077223
204050	0.00081615
304050	0.000840242
404050	0.000856564
504050	0.000868775
604050	0.000878463
704050	0.000886452

Attachment 13: deuteron_Fe.G4table

Table from Geant4 generate using NPSimulation 	Particle: deuteron	Material: NPS_Fe
1e-09	9.12183e-05
0.001	0.0291451
0.002	0.0371103
0.003	0.0431672
0.004	0.048262
0.005	0.0527824
0.006	0.0569377
0.007	0.0607318
0.008	0.0643035
0.009	0.0676771
0.01	0.0708662
0.011	0.073937
0.012	0.0768632
0.013	0.0796908
0.014	0.082416
0.015	0.0850507
0.016	0.0876203
0.017	0.0901076
0.018	0.0925197
0.019	0.0948628
0.02	0.0971537
0.021	0.0991753
0.022	0.101105
0.023	0.102982
0.024	0.104809
0.025	0.106603
0.026	0.108368
0.027	0.110092
0.028	0.111776
0.029	0.113424
0.03	0.115037
0.031	0.116616
0.032	0.118163
0.033	0.11968
0.034	0.121168
0.035	0.122628
0.036	0.124061
0.037	0.125474
0.038	0.126883
0.039	0.128269
0.04	0.129631
0.041	0.130971
0.042	0.13229
0.043	0.133587
0.053	0.145548
0.063	0.155968
0.073	0.165155
0.083	0.173419
0.093	0.180806
0.103	0.187434
0.113	0.193387
0.123	0.198716
0.133	0.203494
0.143	0.207752
0.153	0.211538
0.163	0.214887
0.173	0.217826
0.183	0.220383
0.193	0.222587
0.203	0.22447
0.303	0.22987
0.403	0.22121
0.503	0.207678
0.603	0.193556
0.703	0.180498
0.803	0.168986
0.903	0.158999
1.003	0.150354
1.103	0.142842
1.203	0.136263
1.303	0.130457
1.403	0.125287
1.503	0.120648
1.603	0.116455
1.703	0.112638
1.803	0.109141
1.903	0.105922
2.003	0.102943
2.103	0.100175
2.203	0.0975932
2.303	0.0951756
2.403	0.092905
2.503	0.0907671
2.603	0.0887489
2.703	0.0868388
2.803	0.0850271
2.903	0.0833054
3.003	0.0816662
3.103	0.080103
3.203	0.07861
3.303	0.0771821
3.403	0.0758146
3.503	0.0745033
3.603	0.0732444
3.703	0.0720349
3.803	0.0708719
3.903	0.0697522
4.003	0.0686729
4.103	0.0676319
4.203	0.0666269
4.303	0.065656
4.403	0.0647173
4.503	0.063809
4.603	0.0629296
4.703	0.0620777
4.803	0.0612519
4.903	0.0604509
5.003	0.0596741
5.103	0.0589197
5.203	0.0581869
5.303	0.0574745
5.403	0.0567819
5.503	0.0561079
5.603	0.055452
5.703	0.0548133
5.803	0.054191
5.903	0.0535847
6.003	0.0529935
6.103	0.0524169
6.203	0.0518544
6.303	0.0513053
6.403	0.0507693
6.503	0.0502458
6.603	0.0497343
6.703	0.0492345
6.803	0.0487458
7.803	0.044399
8.803	0.0407777
9.803	0.0380282
10.803	0.0353437
11.803	0.0331296
12.803	0.0312782
13.803	0.0295469
14.803	0.0281174
15.803	0.0267774
16.803	0.0255757
17.803	0.0244891
18.803	0.0234698
19.803	0.0225727
20.803	0.021711
21.803	0.0209296
22.803	0.020076
23.803	0.0194644
24.803	0.0189361
25.803	0.0183999
26.803	0.0178958
27.803	0.0174185
28.803	0.0169714
29.803	0.0165678
30.803	0.0161673
31.803	0.0157876
32.803	0.0154272
33.803	0.0150846
34.803	0.0147718
35.803	0.0144603
36.803	0.0141632
37.803	0.0138869
38.803	0.0136155
39.803	0.0133559
40.803	0.013107
41.803	0.0128692
42.803	0.0126495
43.803	0.0124293
44.803	0.0122175
45.803	0.0120137
46.803	0.0118175
47.803	0.0116284
48.803	0.0114472
49.803	0.0112809
50.803	0.0111105
51.803	0.010947
52.803	0.0107879
53.803	0.010634
54.803	0.010485
55.803	0.0103407
56.803	0.0102008
57.803	0.0100653
58.803	0.00993537
59.803	0.00980772
60.803	0.00968377
61.803	0.00956336
62.803	0.00944635
63.803	0.00933259
64.803	0.00922194
65.803	0.00911427
66.803	0.00900946
67.803	0.0089074
68.803	0.00880797
69.803	0.00871372
70.803	0.00861925
71.803	0.00852712
72.803	0.00843724
73.803	0.00834955
74.803	0.00826397
75.803	0.00818041
76.803	0.00810943
86.803	0.00738332
96.803	0.00679337
106.803	0.00630409
116.803	0.00589481
126.803	0.00554099
136.803	0.00523638
146.803	0.00496549
156.803	0.00472649
166.803	0.00451393
176.803	0.00432361
186.803	0.00415215
196.803	0.00399204
206.803	0.00385454
216.803	0.00372857
226.803	0.00361274
236.803	0.00350587
246.803	0.00340696
256.803	0.00331517
266.803	0.00322974
276.803	0.00315003
286.803	0.00307651
296.803	0.00300657
306.803	0.00294088
316.803	0.00287906
326.803	0.00282079
336.803	0.00276577
346.803	0.00271373
356.803	0.00266445
366.803	0.0026177
376.803	0.00257331
386.803	0.0025311
396.803	0.00249091
406.803	0.00245259
416.803	0.00241604
426.803	0.00238111
436.803	0.00234772
446.803	0.00231575
456.803	0.00228563
466.803	0.00225627
476.803	0.0022281
486.803	0.00220104
496.803	0.00217504
506.803	0.00215003
516.803	0.00212596
526.803	0.00210278
536.803	0.00208044
546.803	0.00205889
556.803	0.00203809
566.803	0.00201801
666.803	0.00184981
766.803	0.0017252
866.803	0.00163238
966.803	0.00155705
1066.8	0.00149643
1166.8	0.00144682
1266.8	0.00140565
1366.8	0.0013711
1466.8	0.00134183
1566.8	0.00131683
1666.8	0.00129532
1766.8	0.00127672
1866.8	0.00126054
1966.8	0.00124641
2066.8	0.00123402
3066.8	0.00116729
4066.8	0.00114798
5066.8	0.00114545
15066.8	0.00122843
25066.8	0.00129233
35066.8	0.00133677
45066.8	0.00137022
55066.8	0.00139683
65066.8	0.00141881
75066.8	0.00143748
85066.8	0.00145366
95066.8	0.00146792
195067	0.00155671
295067	0.00160488
395067	0.00163744
495067	0.00166179
595067	0.00168111
695067	0.00169703

Attachment 14: deuteron_Mylar.G4table

Table from Geant4 generate using NPSimulation 	Particle: deuteron	Material: NPS_Mylar
1e-09	0.000172329
0.001	0.020798
0.002	0.0236478
0.003	0.0263421
0.004	0.0289372
0.005	0.0313876
0.006	0.033651
0.007	0.0358559
0.008	0.0379078
0.009	0.039856
0.01	0.0417152
0.011	0.0434798
0.012	0.0451733
0.013	0.0468329
0.014	0.048428
0.015	0.049974
0.016	0.0514721
0.017	0.0529381
0.018	0.0543686
0.019	0.0557622
0.02	0.0571253
0.021	0.0583662
0.022	0.059558
0.023	0.060721
0.024	0.0618582
0.025	0.0629702
0.026	0.0640551
0.027	0.0651143
0.028	0.0661513
0.029	0.0671693
0.03	0.0681653
0.031	0.0691402
0.032	0.0700989
0.033	0.07104
0.034	0.0719643
0.035	0.0728712
0.036	0.0737612
0.037	0.074635
0.038	0.0754944
0.039	0.0763385
0.04	0.0771718
0.041	0.0779913
0.042	0.0787971
0.043	0.0795896
0.044	0.0803692
0.054	0.0875538
0.064	0.09381
0.074	0.0993179
0.084	0.103748
0.094	0.106683
0.104	0.109033
0.114	0.110872
0.124	0.112274
0.134	0.113288
0.234	0.1105
0.334	0.0990557
0.434	0.0876497
0.534	0.0781652
0.634	0.0705869
0.734	0.0645218
0.834	0.0595946
0.934	0.0555189
1.034	0.0520853
1.134	0.0491455
1.234	0.0465939
1.334	0.0443519
1.434	0.042361
1.534	0.0405774
1.634	0.0389674
1.734	0.0375046
1.834	0.0361674
1.934	0.034939
2.034	0.0338055
2.134	0.0327552
2.234	0.0317784
2.334	0.0308672
2.434	0.0300148
2.534	0.0292149
2.634	0.0284627
2.734	0.0277536
2.834	0.0270838
2.934	0.0264499
3.034	0.025849
3.134	0.0252782
3.234	0.0247355
3.334	0.0242185
3.434	0.0237253
3.534	0.0232544
3.634	0.022804
3.734	0.0223728
3.834	0.0219596
3.934	0.0215632
4.034	0.0211825
4.134	0.0208167
4.234	0.0204647
4.334	0.0201258
4.434	0.0197992
4.534	0.0194842
4.634	0.0191803
4.734	0.0188867
4.834	0.018603
4.934	0.0183286
5.034	0.018063
5.134	0.0178059
5.234	0.0175568
5.334	0.0173153
5.434	0.0170811
5.534	0.0168538
5.634	0.0166332
5.734	0.0164188
5.834	0.0162105
5.934	0.016008
6.034	0.0158111
6.134	0.0156195
6.234	0.0154329
6.334	0.0152512
6.434	0.0150741
6.534	0.0149016
6.634	0.0147333
6.734	0.0145693
6.834	0.0144091
6.934	0.0142529
7.034	0.0141003
7.134	0.0139513
7.234	0.0138057
7.334	0.0136635
7.434	0.0135244
7.534	0.0133884
7.634	0.0132554
8.634	0.0120396
9.634	0.0110222
10.634	0.0101724
11.634	0.00946209
12.634	0.00884633
13.634	0.00831263
14.634	0.00784525
15.634	0.00743398
16.634	0.00706589
17.634	0.00673601
18.634	0.00643829
19.634	0.00616814
20.634	0.00592183
21.634	0.00569733
22.634	0.00548973
23.634	0.00529814
24.634	0.00512075
25.634	0.00495597
26.634	0.00480248
27.634	0.00465913
28.634	0.00452493
29.634	0.004399
30.634	0.0042806
31.634	0.00416906
32.634	0.00406378
33.634	0.00396422
34.634	0.00386993
35.634	0.00378047
36.634	0.00369549
37.634	0.00361464
38.634	0.00353763
39.634	0.00346418
40.634	0.00339406
41.634	0.00332702
42.634	0.00326286
43.634	0.0032014
44.634	0.00314248
45.634	0.00308592
46.634	0.00303159
47.634	0.00297936
48.634	0.00292911
49.634	0.00288071
50.634	0.00283407
51.634	0.00278909
52.634	0.00274568
53.634	0.00270377
54.634	0.00266326
55.634	0.0026241
56.634	0.00258621
57.634	0.00254954
58.634	0.00251401
59.634	0.00247959
60.634	0.00244622
61.634	0.00241385
62.634	0.00238243
63.634	0.00235192
64.634	0.00232228
65.634	0.00229348
66.634	0.00226547
67.634	0.00223823
68.634	0.00221172
69.634	0.00218592
70.634	0.00216079
71.634	0.00213631
72.634	0.00211245
73.634	0.00208919
74.634	0.0020665
75.634	0.00204438
76.634	0.00202278
77.634	0.0020017
78.634	0.00198112
79.634	0.00196102
80.634	0.00194138
81.634	0.00192219
91.634	0.00175174
101.634	0.00161263
111.634	0.00149683
121.634	0.00139888
131.634	0.00131488
141.634	0.00124202
151.634	0.00117819
161.634	0.00112179
171.634	0.00107158
181.634	0.00102659
191.634	0.000986029
201.634	0.000949274
211.634	0.000915808
221.634	0.000885201
231.634	0.000857103
241.634	0.000831215
251.634	0.000807284
261.634	0.000785093
271.634	0.00076446
281.634	0.000745225
291.634	0.000727252
301.634	0.000710418
311.634	0.000694618
321.634	0.000679763
331.634	0.000665767
341.634	0.00065256
351.634	0.000640075
361.634	0.000628256
371.634	0.000617051
381.634	0.000606413
391.634	0.000596301
401.634	0.000586678
411.634	0.000577509
421.634	0.000568761
431.634	0.000560408
441.634	0.000552424
451.634	0.000544784
461.634	0.000537468
471.634	0.000530455
481.634	0.000523728
491.634	0.000517268
501.634	0.000511062
511.634	0.000505094
521.634	0.000499351
531.634	0.000493821
541.634	0.000488493
551.634	0.000483356
561.634	0.0004784
571.634	0.000473616
671.634	0.000433598
771.634	0.000404018
871.634	0.000381369
971.634	0.000363551
1071.63	0.000349234
1171.63	0.000337534
1271.63	0.000327841
1371.63	0.000319717
1471.63	0.000312843
1571.63	0.000306979
1671.63	0.000301881
1771.63	0.000297339
1871.63	0.000293369
1971.63	0.000289884
2071.63	0.000286812
2171.63	0.000284093
3171.63	0.000268733
4171.63	0.000263483
5171.63	0.000261965
15171.6	0.000274037
25171.6	0.000284667
35171.6	0.000292084
45171.6	0.000297664
55171.6	0.000302104
65171.6	0.000305777
75171.6	0.000308901
85171.6	0.000311618
185172	0.000328162
285172	0.000337164
385172	0.000343324
485172	0.000347976
585172	0.000351694
685172	0.000354778

Attachment 15: deuteron_PCB.G4table

Table from Geant4 generate using NPSimulation 	Particle: deuteron	Material: NPS_PCB
1e-09	0.0012991
0.001	0.092229
0.002	0.101816
0.003	0.11149
0.004	0.122169
0.005	0.132383
0.006	0.142083
0.007	0.151276
0.008	0.159996
0.009	0.16828
0.01	0.176315
0.011	0.183993
0.012	0.19132
0.013	0.198365
0.014	0.205161
0.015	0.211859
0.016	0.218334
0.017	0.224613
0.018	0.230705
0.019	0.236683
0.02	0.242551
0.021	0.247478
0.022	0.252119
0.023	0.256607
0.024	0.260955
0.025	0.265168
0.026	0.269251
0.027	0.273211
0.028	0.277074
0.029	0.280861
0.03	0.284542
0.031	0.288119
0.032	0.2916
0.033	0.294989
0.034	0.298286
0.035	0.301495
0.036	0.304619
0.037	0.307664
0.047	0.334383
0.057	0.355258
0.067	0.37155
0.077	0.384087
0.087	0.392742
0.097	0.398288
0.107	0.401613
0.207	0.37185
0.307	0.314091
0.407	0.265203
0.507	0.228087
0.607	0.200132
0.707	0.178693
0.807	0.161848
0.907	0.148289
1.007	0.137138
1.107	0.127789
1.207	0.119823
1.307	0.11294
1.407	0.106922
1.507	0.10161
1.607	0.0968758
1.707	0.0926255
1.807	0.0887833
1.907	0.085291
2.007	0.0820998
2.107	0.0791694
2.207	0.0764671
2.307	0.0739658
2.407	0.0716425
2.507	0.0694779
2.607	0.0674553
2.707	0.0655604
2.807	0.0637813
2.907	0.0621075
3.007	0.0605289
3.107	0.0590371
3.207	0.057625
3.307	0.056286
3.407	0.0550142
3.507	0.0538044
3.607	0.0526522
3.707	0.0515532
3.807	0.0505042
3.907	0.0495012
4.007	0.0485413
4.107	0.0476215
4.207	0.0467393
4.307	0.0458924
4.407	0.0450785
4.507	0.0442957
4.607	0.0435423
4.707	0.0428166
4.807	0.0421171
4.907	0.0414421
5.007	0.0407904
5.107	0.0401609
5.207	0.0395522
5.307	0.0389634
5.407	0.0383934
5.507	0.0378414
5.607	0.0373066
5.707	0.0367881
5.807	0.0362851
5.907	0.035797
6.007	0.035323
6.107	0.0348625
6.207	0.0344149
6.307	0.0339797
6.407	0.0335563
6.507	0.0331443
6.607	0.0327431
6.707	0.0323524
6.807	0.0319717
6.907	0.0316007
7.007	0.0312388
7.107	0.0308859
7.207	0.0305416
7.307	0.0302055
7.407	0.0298774
7.507	0.029557
7.607	0.0292441
7.707	0.0289382
7.807	0.0286392
7.907	0.0283469
8.007	0.0280595
8.107	0.0277697
8.207	0.02749
8.307	0.0272128
8.407	0.0269416
9.407	0.0245225
10.407	0.0225324
11.407	0.0208641
12.407	0.0194455
13.407	0.0182202
14.407	0.0171519
15.407	0.0162118
16.407	0.0153772
17.407	0.0146311
18.407	0.0139598
19.407	0.0133525
20.407	0.0128002
21.407	0.0122955
22.407	0.0118323
23.407	0.0114057
24.407	0.0110113
25.407	0.0106457
26.407	0.0103056
27.407	0.00998841
28.407	0.00969199
29.407	0.00941426
30.407	0.00915341
31.407	0.00890794
32.407	0.00867651
33.407	0.0084579
34.407	0.00825105
35.407	0.00805503
36.407	0.00786897
37.407	0.00769217
38.407	0.00752392
39.407	0.00736359
40.407	0.00721063
41.407	0.00706452
42.407	0.0069248
43.407	0.00679106
44.407	0.0066629
45.407	0.00653998
46.407	0.00642199
47.407	0.00630865
48.407	0.00619965
49.407	0.00609475
50.407	0.00599372
51.407	0.00589635
52.407	0.00580243
53.407	0.00571177
54.407	0.00562422
55.407	0.00553961
56.407	0.00545781
57.407	0.00537867
58.407	0.00530204
59.407	0.00522783
60.407	0.0051559
61.407	0.00508616
62.407	0.00501849
63.407	0.00495282
64.407	0.00488905
65.407	0.00482709
66.407	0.00476688
67.407	0.00470833
68.407	0.00465137
69.407	0.00459595
70.407	0.00454199
71.407	0.00448945
72.407	0.00443826
73.407	0.00438837
74.407	0.00433974
75.407	0.00429232
76.407	0.00424607
77.407	0.00420092
78.407	0.00415686
79.407	0.00411383
80.407	0.0040718
81.407	0.00403074
82.407	0.00399061
92.407	0.0036342
102.407	0.00334345
112.407	0.00310146
122.407	0.00289679
132.407	0.00272132
142.407	0.00256917
152.407	0.00243594
162.407	0.00231826
172.407	0.00221352
182.407	0.00211968
192.407	0.00203513
202.407	0.00195853
212.407	0.00188881
222.407	0.00182505
232.407	0.00176653
242.407	0.00171263
252.407	0.0016628
262.407	0.00161661
272.407	0.00157367
282.407	0.00153366
292.407	0.00149628
302.407	0.00146127
312.407	0.00142842
322.407	0.00139754
332.407	0.00136845
342.407	0.001341
352.407	0.00131506
362.407	0.0012905
372.407	0.00126722
382.407	0.00124513
392.407	0.00122413
402.407	0.00120414
412.407	0.0011851
422.407	0.00116694
432.407	0.0011496
442.407	0.00113302
452.407	0.00111717
462.407	0.00110198
472.407	0.00108743
482.407	0.00107347
492.407	0.00106006
502.407	0.00104719
512.407	0.00103481
522.407	0.00102289
532.407	0.00101142
542.407	0.00100037
552.407	0.00098971
562.407	0.000979432
572.407	0.00096951
582.407	0.000959928
682.407	0.000879561
782.407	0.000819915
882.407	0.000774094
982.407	0.000737947
1082.41	0.00070883
1182.41	0.000684976
1282.41	0.000665166
1382.41	0.000648523
1482.41	0.000634412
1582.41	0.000622346
1682.41	0.000610981
1782.41	0.000599861
1882.41	0.00059008
1982.41	0.00058143
2082.41	0.000573744
2182.41	0.000566884
2282.41	0.000560738
2382.41	0.000555212
3382.41	0.000521511
4382.41	0.000507289
5382.41	0.000500904
6382.41	0.000498231
16382.4	0.00051006
26382.4	0.000524957
36382.4	0.000536405
46382.4	0.000545484
56382.4	0.000552957
66382.4	0.000559288
76382.4	0.000564771
176382	0.000597719
276382	0.000615223
376382	0.000627056
476382	0.000635934
576382	0.000643
676382	0.000648845

Attachment 16: deuteron_Si.G4table

Table from Geant4 generate using NPSimulation 	Particle: deuteron	Material: NPS_Si
1e-09	7.01695e-05
0.001	0.0225942
0.002	0.028815
0.003	0.0336901
0.004	0.0378596
0.005	0.041589
0.006	0.0450002
0.007	0.0481706
0.008	0.0511461
0.009	0.0539357
0.01	0.0566091
0.011	0.0591459
0.012	0.0616034
0.013	0.0639621
0.014	0.0662287
0.015	0.0684129
0.016	0.0705229
0.017	0.07258
0.018	0.0746053
0.019	0.0765741
0.02	0.0784908
0.021	0.0801021
0.022	0.0816211
0.023	0.0830906
0.024	0.0845133
0.025	0.0858918
0.026	0.0872281
0.027	0.0885244
0.028	0.0897824
0.029	0.0910036
0.03	0.0921898
0.031	0.0933421
0.032	0.0944619
0.033	0.0955504
0.034	0.0966206
0.035	0.0976679
0.036	0.0986868
0.037	0.0996783
0.038	0.100643
0.048	0.108995
0.058	0.115364
0.068	0.120116
0.078	0.123533
0.088	0.125825
0.098	0.127207
0.108	0.127831
0.208	0.115939
0.308	0.100586
0.408	0.0895185
0.508	0.0814786
0.608	0.0752905
0.708	0.0702916
0.808	0.0661101
0.908	0.0625238
1.008	0.0593949
1.108	0.0566261
1.208	0.0541527
1.308	0.0519227
1.408	0.049898
1.508	0.0480489
1.608	0.0463517
1.708	0.0447874
1.808	0.0433404
1.908	0.0419964
2.008	0.0407442
2.108	0.039574
2.208	0.0384777
2.308	0.0374487
2.408	0.0364803
2.508	0.0355669
2.608	0.0347037
2.708	0.0338865
2.808	0.0331115
2.908	0.0323754
3.008	0.0316752
3.108	0.0310083
3.208	0.0303721
3.308	0.0297646
3.408	0.029184
3.508	0.0286283
3.608	0.0280959
3.708	0.0275852
3.808	0.0270949
3.908	0.0266238
4.008	0.0261706
4.108	0.0257343
4.208	0.025314
4.308	0.0249087
4.408	0.0245177
4.508	0.0241402
4.608	0.0237756
4.708	0.023423
4.808	0.0230819
4.908	0.0227518
5.008	0.0224319
5.108	0.022122
5.208	0.0218214
5.308	0.0215298
5.408	0.0212468
5.508	0.0209719
5.608	0.0207048
5.708	0.0204453
5.808	0.0201928
5.908	0.0199473
6.008	0.0197082
6.108	0.0194755
6.208	0.0192488
6.308	0.0190278
6.408	0.0188125
6.508	0.0186025
6.608	0.0183976
6.708	0.0181977
6.808	0.0180025
6.908	0.017812
7.008	0.0176259
7.108	0.0174441
7.208	0.0172664
7.308	0.0170926
7.408	0.0169227
8.408	0.0154389
9.408	0.0141945
10.408	0.0131987
11.408	0.0123132
12.408	0.0115526
13.408	0.0108936
14.408	0.0103149
15.408	0.00981955
16.408	0.00935816
17.408	0.0089402
18.408	0.00856213
19.408	0.00822413
20.408	0.00790984
21.408	0.00762139
22.408	0.00735564
23.408	0.00711
24.408	0.00688213
25.408	0.00662853
26.408	0.00642737
27.408	0.00623923
28.408	0.00606287
29.408	0.00590542
30.408	0.00574887
31.408	0.00560121
32.408	0.00546167
33.408	0.0053296
34.408	0.00520443
35.408	0.00508966
36.408	0.00498357
37.408	0.0048822
38.408	0.00478525
39.408	0.00469244
40.408	0.0046035
41.408	0.00451821
42.408	0.00443634
43.408	0.00435769
44.408	0.00428208
45.408	0.00420934
46.408	0.00413931
47.408	0.00407183
48.408	0.00400676
49.408	0.00394896
50.408	0.00388812
51.408	0.00382935
52.408	0.00377253
53.408	0.00371758
54.408	0.00366439
55.408	0.00361289
56.408	0.00356301
57.408	0.00351466
58.408	0.00346776
59.408	0.00342227
60.408	0.0033781
61.408	0.0033352
62.408	0.00329353
63.408	0.00325301
64.408	0.00321362
65.408	0.0031753
66.408	0.003138
67.408	0.0031017
68.408	0.00306634
69.408	0.00303402
70.408	0.00300037
71.408	0.00296757
72.408	0.00293557
73.408	0.00290436
74.408	0.0028739
75.408	0.00284416
76.408	0.00281512
77.408	0.00278675
78.408	0.00275904
88.408	0.00251316
98.408	0.00231292
108.408	0.00214748
118.408	0.00200687
128.408	0.0018864
138.408	0.00178195
148.408	0.00169049
158.408	0.00160971
168.408	0.00153781
178.408	0.00147342
188.408	0.00141539
198.408	0.0013628
208.408	0.00131492
218.408	0.00127114
228.408	0.00123096
238.408	0.00119394
248.408	0.00115973
258.408	0.001128
268.408	0.0010985
278.408	0.001071
288.408	0.0010453
298.408	0.00102124
308.408	0.000998647
318.408	0.000977404
328.408	0.000957392
338.408	0.000938508
348.408	0.000920661
358.408	0.000903765
368.408	0.000887746
378.408	0.000872538
388.408	0.000858081
398.408	0.000844321
408.408	0.000831208
418.408	0.0008187
428.408	0.000806754
438.408	0.000795335
448.408	0.00078441
458.408	0.000773948
468.408	0.000763919
478.408	0.000754298
488.408	0.00074506
498.408	0.000736183
508.408	0.000727647
518.408	0.000719433
528.408	0.000711524
538.408	0.000703902
548.408	0.000696553
558.408	0.000689463
568.408	0.00068262
668.408	0.000625355
768.408	0.000583015
868.408	0.000550574
968.408	0.00052504
1068.41	0.00050451
1168.41	0.000487721
1268.41	0.000473798
1368.41	0.000462114
1468.41	0.000452212
1568.41	0.00044375
1668.41	0.000436507
1768.41	0.000430391
1868.41	0.000425072
1968.41	0.000420425
2068.41	0.00041635
3068.41	0.000394369
4068.41	0.000387964
5068.41	0.000387068
15068.4	0.000413363
25068.4	0.000433393
35068.4	0.000447177
45068.4	0.000457483
55068.4	0.00046564
65068.4	0.000472354
75068.4	0.000478039
85068.4	0.000482956
95068.4	0.00048728
195068	0.000514121
295068	0.000528668
395068	0.00053853
495068	0.000545932
595068	0.000551824
695068	0.000556699

Attachment 17: triton_Al.G4table

Table from Geant4 generate using NPSimulation 	Particle: triton	Material: NPS_Al
1e-09	0.0001063
0.001	0.0235926
0.002	0.0279368
0.003	0.031462
0.004	0.0345621
0.005	0.037392
0.006	0.0400184
0.007	0.0425029
0.008	0.0448204
0.009	0.0470363
0.01	0.0491505
0.011	0.0511956
0.012	0.0531778
0.013	0.055073
0.014	0.0568912
0.015	0.0586405
0.016	0.0603546
0.017	0.0620667
0.018	0.0637273
0.019	0.0653407
0.02	0.0669104
0.021	0.0684398
0.022	0.0699317
0.023	0.0713886
0.024	0.0728128
0.025	0.0742064
0.026	0.075571
0.027	0.0769085
0.028	0.0782202
0.029	0.0795076
0.03	0.0807718
0.031	0.0818367
0.032	0.082867
0.033	0.0838847
0.034	0.0848794
0.035	0.085852
0.036	0.0868033
0.037	0.0877339
0.038	0.0886446
0.039	0.089536
0.04	0.0904087
0.05	0.0982979
0.06	0.104833
0.07	0.110261
0.08	0.114731
0.09	0.11839
0.1	0.121342
0.11	0.123687
0.12	0.125506
0.13	0.126863
0.14	0.127823
0.24	0.125758
0.34	0.117672
0.44	0.110119
0.54	0.10371
0.64	0.0982338
0.74	0.093463
0.84	0.0892331
0.94	0.085442
1.04	0.082008
1.14	0.0788799
1.24	0.0760108
1.34	0.0733667
1.44	0.0709203
1.54	0.0686488
1.64	0.0665352
1.74	0.0645618
1.84	0.0627141
1.94	0.06098
2.04	0.059349
2.14	0.0578125
2.24	0.0563624
2.34	0.0549907
2.44	0.0536911
2.54	0.0524579
2.64	0.0512859
2.74	0.0501705
2.84	0.0491076
2.94	0.0480935
3.04	0.0471248
3.14	0.0461984
3.24	0.0453122
3.34	0.0444629
3.44	0.0436482
3.54	0.042866
3.64	0.0421143
3.74	0.0413912
3.84	0.0406951
3.94	0.0400246
4.04	0.039378
4.14	0.0387543
4.24	0.0381522
4.34	0.0375706
4.44	0.0370084
4.54	0.0364645
4.64	0.035938
4.74	0.0354281
4.84	0.034934
4.94	0.034455
5.04	0.0339902
5.14	0.0335392
5.24	0.0331012
5.34	0.0326758
5.44	0.0322624
5.54	0.0318604
5.64	0.0314694
5.74	0.0310888
5.84	0.0307183
5.94	0.0303574
6.04	0.0300058
6.14	0.0296631
6.24	0.0293289
6.34	0.0290031
6.44	0.0286851
6.54	0.0283748
6.64	0.0280719
6.74	0.027776
6.84	0.0274869
6.94	0.0272044
7.04	0.0269283
7.14	0.0266582
7.24	0.0263941
8.24	0.0240387
9.24	0.0221029
10.24	0.0204806
11.24	0.0190998
12.24	0.0179087
13.24	0.0168695
14.24	0.0159542
15.24	0.0151412
16.24	0.014414
17.24	0.0137593
18.24	0.013173
19.24	0.0126583
20.24	0.012183
21.24	0.011752
22.24	0.0113492
23.24	0.0109763
24.24	0.0106299
25.24	0.0103225
26.24	0.0100208
27.24	0.00973831
28.24	0.00947316
29.24	0.00922375
30.24	0.00892826
31.24	0.00870196
32.24	0.00848801
33.24	0.00828533
34.24	0.00809303
35.24	0.00791029
36.24	0.0077364
37.24	0.0075838
38.24	0.00742508
39.24	0.00727348
40.24	0.00712852
41.24	0.00698976
42.24	0.00685982
43.24	0.0067413
44.24	0.00662712
45.24	0.00651705
46.24	0.00641087
47.24	0.0063084
48.24	0.00620943
49.24	0.00611379
50.24	0.00602133
51.24	0.00593189
52.24	0.00584531
53.24	0.00576149
54.24	0.00568028
55.24	0.00560156
56.24	0.00552521
57.24	0.00545113
58.24	0.00537922
59.24	0.00530938
60.24	0.00524152
61.24	0.00517557
62.24	0.00511144
63.24	0.00505379
64.24	0.00499289
65.24	0.00493359
66.24	0.00487585
67.24	0.0048196
68.24	0.00476478
69.24	0.00471134
70.24	0.00465922
71.24	0.00460838
72.24	0.00455877
73.24	0.00451034
74.24	0.00446306
75.24	0.00441687
76.24	0.00437175
77.24	0.00432765
78.24	0.00428454
88.24	0.0039013
98.24	0.00359004
108.24	0.00332836
118.24	0.00310676
128.24	0.00291652
138.24	0.00275167
148.24	0.00260683
158.24	0.00247869
168.24	0.00236451
178.24	0.00226205
188.24	0.00216959
198.24	0.00208569
208.24	0.0020092
218.24	0.0019392
228.24	0.00187486
238.24	0.00181551
248.24	0.00176059
258.24	0.00170961
268.24	0.00166216
278.24	0.00161788
288.24	0.00157645
298.24	0.00153761
308.24	0.00150112
318.24	0.00146678
328.24	0.0014344
338.24	0.00140381
348.24	0.00137487
358.24	0.00134744
368.24	0.00132141
378.24	0.00129667
388.24	0.00127313
398.24	0.00125071
408.24	0.00122932
418.24	0.0012089
428.24	0.00118938
438.24	0.0011707
448.24	0.00115281
458.24	0.00113567
468.24	0.00111922
478.24	0.00110342
488.24	0.00108823
498.24	0.00107363
508.24	0.00105957
518.24	0.00104603
528.24	0.00103298
538.24	0.0010204
548.24	0.00100825
558.24	0.000996519
568.24	0.000985184
578.24	0.000974225
588.24	0.000963624
598.24	0.000953364
608.24	0.000943428
618.24	0.000933801
628.24	0.00092447
728.24	0.000844843
828.24	0.000783996
928.24	0.000736076
1028.24	0.000697424
1128.24	0.000665657
1228.24	0.000639136
1328.24	0.000616705
1428.24	0.000597525
1528.24	0.00058097
1628.24	0.000566568
1728.24	0.00055395
1828.24	0.000542825
1928.24	0.000532963
2028.24	0.000524178
2128.24	0.000516318
2228.24	0.000509292
2328.24	0.000503106
2428.24	0.000497512
2528.24	0.000492438
2628.24	0.000487826
3628.24	0.000458549
4628.24	0.000445584
5628.24	0.000439757
6628.24	0.000437499
16628.2	0.000453891
26628.2	0.0004724
36628.2	0.00048632
46628.2	0.000497151
56628.2	0.00050592
66628.2	0.000513245
76628.2	0.000519509
86628.2	0.000524969
96628.2	0.000529797
196628	0.000560225
296628	0.000576975
396628	0.000588417
496628	0.000597046
596628	0.00060394
696628	0.000609661

Attachment 18: triton_BC400.G4table

Table from Geant4 generate using NPSimulation 	Particle: triton	Material: NPS_BC400
1e-09	0.000224447
0.001	0.0202971
0.002	0.020864
0.003	0.0222519
0.004	0.0235828
0.005	0.0250889
0.006	0.0265152
0.007	0.0279678
0.008	0.0293873
0.009	0.0307214
0.01	0.0319762
0.011	0.0331855
0.012	0.0343315
0.013	0.0354745
0.014	0.0366208
0.015	0.0377232
0.016	0.0387859
0.017	0.0398181
0.018	0.0408356
0.019	0.0418327
0.02	0.0428085
0.021	0.0437591
0.022	0.0446984
0.023	0.0456154
0.024	0.0465116
0.025	0.0473923
0.026	0.0482687
0.027	0.0491293
0.028	0.0499736
0.029	0.0508023
0.03	0.0516162
0.031	0.0523652
0.032	0.0530904
0.033	0.0538018
0.034	0.0545036
0.035	0.0551968
0.036	0.0558779
0.037	0.0565483
0.038	0.0572113
0.039	0.0578634
0.04	0.058505
0.041	0.0591366
0.042	0.0597588
0.043	0.0603772
0.044	0.0609864
0.045	0.0615867
0.055	0.0671678
0.065	0.0721092
0.075	0.0765629
0.085	0.0805939
0.095	0.0842792
0.105	0.0876565
0.115	0.0907655
0.125	0.0932142
0.135	0.0948696
0.145	0.0962697
0.155	0.0974384
0.165	0.0983977
0.265	0.100108
0.365	0.0944935
0.465	0.0868933
0.565	0.079411
0.665	0.0727422
0.765	0.0670147
0.865	0.0621477
0.965	0.0580104
1.065	0.0544706
1.165	0.0514159
1.265	0.0487556
1.365	0.0464191
1.465	0.0443477
1.565	0.0424963
1.665	0.0408295
1.765	0.0393195
1.865	0.037943
1.965	0.0366817
2.065	0.0355201
2.165	0.0344458
2.265	0.0334484
2.365	0.0325189
2.465	0.0316499
2.565	0.0308354
2.665	0.0300699
2.765	0.0293484
2.865	0.028667
2.965	0.028022
3.065	0.0274104
3.165	0.0268293
3.265	0.0262764
3.365	0.0257494
3.465	0.0252467
3.565	0.0247662
3.665	0.0243065
3.765	0.0238661
3.865	0.0234437
3.965	0.0230382
4.065	0.0226485
4.165	0.0222736
4.265	0.0219127
4.365	0.021565
4.465	0.0212296
4.565	0.0209059
4.665	0.0205932
4.765	0.020291
4.865	0.0199986
4.965	0.0197157
5.065	0.0194417
5.165	0.0191762
5.265	0.0189187
5.365	0.0186689
5.465	0.0184264
5.565	0.0181909
5.665	0.0179621
5.765	0.0177397
5.865	0.0175233
5.965	0.0173128
6.065	0.0171079
6.165	0.0169084
6.265	0.016714
6.365	0.0165246
6.465	0.01634
6.565	0.01616
6.665	0.0159843
6.765	0.0158128
6.865	0.0156454
6.965	0.0154819
7.065	0.0153222
7.165	0.0151661
7.265	0.0150135
7.365	0.0148643
8.365	0.0135351
9.365	0.0124444
10.365	0.0115311
11.365	0.0107539
12.365	0.0100835
13.365	0.00949899
14.365	0.00898419
15.365	0.00852694
16.365	0.00811782
17.365	0.00774944
18.365	0.00740413
19.365	0.00707751
20.365	0.00678101
21.365	0.00651055
22.365	0.00626279
23.365	0.00603488
24.365	0.00582446
25.365	0.0056297
26.365	0.00544878
27.365	0.00528018
28.365	0.00512264
29.365	0.00497508
30.365	0.00483657
31.365	0.00470626
32.365	0.00458344
33.365	0.00446745
34.365	0.00435776
35.365	0.00425384
36.365	0.00415523
37.365	0.00406152
38.365	0.00397236
39.365	0.0038874
40.365	0.00380635
41.365	0.00372894
42.365	0.00365493
43.365	0.00358409
44.365	0.00351623
45.365	0.00345113
46.365	0.00338865
47.365	0.00332861
48.365	0.00327088
49.365	0.00321532
50.365	0.00316182
51.365	0.00311024
52.365	0.0030605
53.365	0.00301248
54.365	0.00296611
55.365	0.00292128
56.365	0.00287794
57.365	0.002836
58.365	0.00279539
59.365	0.00275605
60.365	0.00271792
61.365	0.00268094
62.365	0.00264507
63.365	0.00261026
64.365	0.00257645
65.365	0.0025436
66.365	0.00251168
67.365	0.00248063
68.365	0.00245043
69.365	0.00242103
70.365	0.00239242
71.365	0.00236454
72.365	0.00233739
73.365	0.00231092
74.365	0.00228511
75.365	0.00225994
76.365	0.00223538
77.365	0.00221141
78.365	0.00218801
79.365	0.00216516
80.365	0.00214284
81.365	0.00212103
82.365	0.00209971
83.365	0.00207886
93.365	0.00189341
103.365	0.00174157
113.365	0.00161483
123.365	0.00150733
133.365	0.00141498
143.365	0.00133471
153.365	0.00126426
163.365	0.00120191
173.365	0.00114632
183.365	0.00109644
193.365	0.00105141
203.365	0.00101055
213.365	0.000973296
223.365	0.000939192
233.365	0.000907844
243.365	0.000878927
253.365	0.000852168
263.365	0.000827334
273.365	0.000804218
283.365	0.000782647
293.365	0.000762468
303.365	0.00074355
313.365	0.000725778
323.365	0.000709049
333.365	0.000693273
343.365	0.000678372
353.365	0.000664275
363.365	0.000650917
373.365	0.00063824
383.365	0.000626196
393.365	0.000614735
403.365	0.000603817
413.365	0.000593404
423.365	0.000583462
433.365	0.000573961
443.365	0.00056487
453.365	0.000556164
463.365	0.000547819
473.365	0.000539812
483.365	0.000532123
493.365	0.000524735
503.365	0.000517629
513.365	0.00051079
523.365	0.000504203
533.365	0.000497854
543.365	0.000491731
553.365	0.000485822
563.365	0.000480116
573.365	0.000474603
583.365	0.000469272
593.365	0.000464116
603.365	0.000459126
613.365	0.000454294
623.365	0.000449613
633.365	0.000445076
643.365	0.000440677
743.365	0.000403063
843.365	0.000374238
943.365	0.000351488
1043.37	0.000333107
1143.37	0.000317978
1243.37	0.000305333
1343.37	0.000294632
1443.37	0.000285477
1543.37	0.000277571
1643.37	0.00027069
1743.37	0.000264661
1843.37	0.000259345
1943.37	0.000254633
2043.37	0.000250437
2143.37	0.000246685
2243.37	0.000243317
2343.37	0.000240283
2443.37	0.000237542
2543.37	0.000234961
2643.37	0.000232596
2743.37	0.000230434
3743.37	0.000216345
4743.37	0.00020969
5743.37	0.000206377
6743.37	0.000204775
16743.4	0.000208879
26743.4	0.000215573
36743.4	0.000220749
46743.4	0.000224816
56743.4	0.000228126
66743.4	0.0002309
76743.4	0.00023328
86743.4	0.00023536
186743	0.00024813
286743	0.000255093
386743	0.000259895
486743	0.000263544

... 3 more lines ...

Attachment 19: triton_CD2.G4table

Table from Geant4 generate using NPSimulation 	Particle: triton	Material: NPS_CD2
1e-09	0.000253104
0.001	0.0200276
0.002	0.0213569
0.003	0.0230943
0.004	0.0249641
0.005	0.0268388
0.006	0.0285653
0.007	0.0302848
0.008	0.031936
0.009	0.033507
0.01	0.0349823
0.011	0.0363761
0.012	0.0377144
0.013	0.0390349
0.014	0.0403386
0.015	0.0415932
0.016	0.0428148
0.017	0.0440068
0.018	0.0451774
0.019	0.0463143
0.02	0.0474201
0.021	0.0484975
0.022	0.0495589
0.023	0.0505953
0.024	0.0516175
0.025	0.0526182
0.026	0.0536059
0.027	0.0545755
0.028	0.0555269
0.029	0.0564608
0.03	0.0573783
0.031	0.0582041
0.032	0.0590021
0.033	0.0597841
0.034	0.060554
0.035	0.0613128
0.036	0.0620575
0.037	0.0627888
0.038	0.0635069
0.039	0.0642139
0.04	0.0649096
0.041	0.0655935
0.042	0.0662664
0.043	0.0669332
0.044	0.0675892
0.054	0.0736417
0.064	0.0789108
0.074	0.0835829
0.084	0.0877381
0.094	0.091471
0.104	0.0948246
0.114	0.0978492
0.124	0.100316
0.134	0.101958
0.144	0.103318
0.154	0.104422
0.164	0.1053
0.264	0.105644
1.264	0.0490182
2.264	0.033176
3.264	0.0258789
4.264	0.0214861
5.264	0.0184934
6.264	0.0163009
7.264	0.0146162
8.264	0.0132755
9.264	0.0121803
10.264	0.0112668
11.264	0.0104919
12.264	0.00982534
13.264	0.0092454
14.264	0.00873569
15.264	0.00828378
16.264	0.00788012
17.264	0.00751717
18.264	0.00718112
19.264	0.00686263
20.264	0.00657361
21.264	0.00631005
22.264	0.00606868
23.264	0.00584672
24.264	0.00564187
25.264	0.00545223
26.264	0.00527612
27.264	0.00511203
28.264	0.00495876
29.264	0.00481522
30.264	0.00468052
31.264	0.00455382
32.264	0.00443444
33.264	0.00432172
34.264	0.00421514
35.264	0.00411418
36.264	0.00401839
37.264	0.00392738
38.264	0.00384078
39.264	0.00375829
40.264	0.00367961
41.264	0.00360446
42.264	0.00353263
43.264	0.00346388
44.264	0.00339803
45.264	0.00333487
46.264	0.00327425
47.264	0.00321602
48.264	0.00316003
49.264	0.00310615
50.264	0.00305426
51.264	0.00300425
52.264	0.00295602
53.264	0.00290947
54.264	0.00286451
55.264	0.00282106
56.264	0.00277905
57.264	0.0027384
58.264	0.00269905
59.264	0.00266093
60.264	0.00262398
61.264	0.00258816
62.264	0.00255341
63.264	0.00251968
64.264	0.00248693
65.264	0.00245511
66.264	0.00242419
67.264	0.00239412
68.264	0.00236487
69.264	0.00233641
70.264	0.00230869
71.264	0.00228171
72.264	0.00225541
73.264	0.00222978
74.264	0.0022048
75.264	0.00218043
76.264	0.00215666
77.264	0.00213346
78.264	0.00211081
79.264	0.00208869
80.264	0.00206709
81.264	0.00204598
82.264	0.00202534
83.264	0.00200517
93.264	0.00182575
103.264	0.0016789
113.264	0.00155636
123.264	0.00145247
133.264	0.00136322
143.264	0.00128568
153.264	0.00121763
163.264	0.00115742
173.264	0.00110375
183.264	0.0010556
193.264	0.00101214
203.264	0.000972702
213.264	0.000936754
223.264	0.000903847
233.264	0.000873604
243.264	0.000845711
253.264	0.0008199
263.264	0.000795947
273.264	0.000773654
283.264	0.000752852
293.264	0.000733394
303.264	0.000715154
313.264	0.00069802
323.264	0.000681893
333.264	0.000666686
343.264	0.000652324
353.264	0.000638737
363.264	0.000625863
373.264	0.000613646
383.264	0.000602038
393.264	0.000590994
403.264	0.000580473
413.264	0.00057044
423.264	0.000560861
433.264	0.000551706
443.264	0.000542948
453.264	0.00053456
463.264	0.00052652
473.264	0.000518807
483.264	0.000511401
493.264	0.000504285
503.264	0.00049744
513.264	0.000490853
523.264	0.000484508
533.264	0.000478394
543.264	0.000472496
553.264	0.000466805
563.264	0.00046131
573.264	0.000456
583.264	0.000450867
593.264	0.000445902
603.264	0.000441097
613.264	0.000436444
623.264	0.000431936
633.264	0.000427568
643.264	0.000423332
743.264	0.000387117
843.264	0.000359368
943.264	0.000337469
1043.26	0.000319778
1143.26	0.000305215
1243.26	0.000293045
1343.26	0.000282745
1443.26	0.000273932
1543.26	0.000266322
1643.26	0.000259699
1743.26	0.000253894
1843.26	0.000248776
1943.26	0.000244239
2043.26	0.000240198
2143.26	0.000236583
2243.26	0.000233338
2343.26	0.000230415
2443.26	0.000227774
2543.26	0.000225248
2643.26	0.000222927
2743.26	0.000220805
3743.26	0.00020693
4743.26	0.000200311
5743.26	0.000196958
6743.26	0.000195283
16743.3	0.000198537
26743.3	0.00020467
36743.3	0.000209468
46743.3	0.000213257
56743.3	0.000216351
66743.3	0.00021895
76743.3	0.000221184
86743.3	0.000223139
186743	0.000235184
286743	0.00024177
386743	0.000246312
486743	0.000249764
586743	0.000252538
686743	0.000254848

Attachment 20: triton_Si.G4table

Table from Geant4 generate using NPSimulation 	Particle: triton	Material: NPS_Si
1e-09	9.07538e-05
0.001	0.0219062
0.002	0.0264276
0.003	0.0300378
0.004	0.0331573
0.005	0.0359861
0.006	0.0386012
0.007	0.0410495
0.008	0.0433801
0.009	0.0455544
0.01	0.047654
0.011	0.049655
0.012	0.0515911
0.013	0.0534724
0.014	0.0552785
0.015	0.0570172
0.016	0.0586953
0.017	0.0603183
0.018	0.0619389
0.019	0.0635275
0.02	0.0650735
0.021	0.0665801
0.022	0.0680501
0.023	0.069486
0.024	0.0708899
0.025	0.0722639
0.026	0.0736097
0.027	0.0749289
0.028	0.0762231
0.029	0.0774934
0.03	0.0787412
0.031	0.0798004
0.032	0.0808053
0.033	0.0817873
0.034	0.0827473
0.035	0.0837002
0.036	0.0846444
0.037	0.0855688
0.038	0.0864742
0.039	0.0873612
0.04	0.0882303
0.05	0.0960762
0.06	0.102635
0.07	0.108134
0.08	0.112739
0.09	0.116542
0.1	0.119665
0.11	0.122175
0.12	0.12415
0.13	0.125654
0.14	0.126734
0.24	0.123785
0.34	0.112735
0.44	0.102503
0.54	0.0943025
0.64	0.087779
0.74	0.0824705
0.84	0.0780326
0.94	0.074233
1.04	0.0709201
1.14	0.0679846
1.24	0.0653554
1.34	0.0629755
1.44	0.0608042
1.54	0.0588105
1.64	0.05697
1.74	0.0552635
1.84	0.0536763
1.94	0.0521935
2.04	0.050804
2.14	0.0494984
2.24	0.0482686
2.34	0.047108
2.44	0.0460107
2.54	0.0449707
2.64	0.0439834
2.74	0.0430445
2.84	0.0421504
2.94	0.0412976
3.04	0.0404833
3.14	0.0397047
3.24	0.0389594
3.34	0.0382452
3.44	0.03756
3.54	0.0369026
3.64	0.0362707
3.74	0.0356629
3.84	0.0350777
3.94	0.0345137
4.04	0.0339699
4.14	0.033445
4.24	0.0329381
4.34	0.0324482
4.44	0.0319745
4.54	0.031516
4.64	0.0310722
4.74	0.0306424
4.84	0.0302257
4.94	0.0298216
5.04	0.0294294
5.14	0.0290486
5.24	0.0286788
5.34	0.0283193
5.44	0.0279698
5.54	0.0276298
5.64	0.027299
5.74	0.0269769
5.84	0.0266633
5.94	0.0263578
6.04	0.02606
6.14	0.0257697
6.24	0.0254865
6.34	0.0252102
6.44	0.0249405
6.54	0.0246772
6.64	0.02442
6.74	0.0241687
6.84	0.0239231
6.94	0.0236831
7.04	0.0234485
8.04	0.0213581
9.04	0.0196422
10.04	0.018206
11.04	0.0169841
12.04	0.0159306
13.04	0.0150119
14.04	0.0142027
15.04	0.0134841
16.04	0.012841
17.04	0.0122619
18.04	0.0117388
19.04	0.0112711
20.04	0.0108463
21.04	0.0104542
22.04	0.0101186
23.04	0.00978102
24.04	0.00946799
25.04	0.00918006
26.04	0.00890813
27.04	0.00865372
28.04	0.00841511
29.04	0.00819664
30.04	0.00798535
31.04	0.00778595
32.04	0.00759743
33.04	0.00741889
34.04	0.00724954
35.04	0.00708871
36.04	0.00693574
37.04	0.006751
38.04	0.00660963
39.04	0.00647464
40.04	0.00634561
41.04	0.00622214
42.04	0.00610386
43.04	0.00599045
44.04	0.00588981
45.04	0.00578487
46.04	0.00568397
47.04	0.0055869
48.04	0.00549343
49.04	0.00540334
50.04	0.00531646
51.04	0.00523261
52.04	0.00515163
53.04	0.00507749
54.04	0.00500649
55.04	0.00493763
56.04	0.0048708
57.04	0.00480593
58.04	0.00474294
59.04	0.00468174
60.04	0.00462225
61.04	0.00456441
62.04	0.00450815
63.04	0.0044534
64.04	0.0044001
65.04	0.0043482
66.04	0.00429764
67.04	0.00424837
68.04	0.00420034
69.04	0.00415351
70.04	0.00410784
71.04	0.00406327
72.04	0.00401978
73.04	0.00398243
83.04	0.00360578
93.04	0.00330099
103.04	0.00304916
113.04	0.00283906
123.04	0.002658
133.04	0.0025016
143.04	0.00236508
153.04	0.00224578
163.04	0.00213899
173.04	0.00204347
183.04	0.00195754
193.04	0.00187977
203.04	0.00180903
213.04	0.0017444
223.04	0.00168511
233.04	0.00163052
243.04	0.0015801
253.04	0.00153336
263.04	0.00148991
273.04	0.00144942
283.04	0.00141158
293.04	0.00137615
303.04	0.00134289
313.04	0.00131162
323.04	0.00128215
333.04	0.00125433
343.04	0.00122803
353.04	0.00120314
363.04	0.00117953
373.04	0.00115711
383.04	0.00113579
393.04	0.00111549
403.04	0.00109614
413.04	0.00107768
423.04	0.00106003
433.04	0.00104316
443.04	0.00102701
453.04	0.00101153
463.04	0.000996683
473.04	0.000982437
483.04	0.000968751
493.04	0.000955592
503.04	0.000942932
513.04	0.000930741
523.04	0.000918995
533.04	0.000907669
543.04	0.000896742
553.04	0.000886192
563.04	0.000876002
573.04	0.000866151
583.04	0.000856627
593.04	0.000847411
603.04	0.000838489
613.04	0.000829847
623.04	0.000821472
633.04	0.000813351
733.04	0.000743976
833.04	0.000690879
933.04	0.000648998
1033.04	0.00061519
1133.04	0.000587374
1233.04	0.000564139
1333.04	0.000544477
1433.04	0.000527657
1533.04	0.000513133
1633.04	0.000500491
1733.04	0.000489411
1833.04	0.000479642
1933.04	0.00047098
2033.04	0.000463263
2133.04	0.000456357
2233.04	0.000450152
2333.04	0.00044456
2433.04	0.000439504
2533.04	0.000435004
2633.04	0.000430961
3633.04	0.000405341
4633.04	0.000394075
5633.04	0.000389087
6633.04	0.000387235
16633	0.000402708
26633	0.000419668
36633	0.000432392
46633	0.000442282
56633	0.000450281
66633	0.000456957
76633	0.000462661
86633	0.000467629
96633	0.000472018
196633	0.000499583
296633	0.00051467
396633	0.000524934
496633	0.000532654
596633	0.000538809
696633	0.000543908

Convert & Merge Numexo Runs in ganp166

Thu Jul 6 14:07:20 2017

To Convert run DAQ_general

offline
npp e748
cd offline
Offline /data/e748X/e748acquisition/run/name of run to conver /data/e748X/e748/acquisition/root/name of run after

Then to convert Numexo runs: We have set up a new directory to convert Numexo runs without having to log in into e748chio account.

For regular conversions please use the following commands:

Go to:

/home/e748/analysis/nptool/Projects/e748/GRU_NUMEXO

GRU+

GRU "GruConvTree.C(run_number)"

To Merge:

Go to :

/home/e748/analysis/nptool/Projects/e748/merger

root -l "Merge.C(run_number_numexo,run_number_daq_normal)"

Beam stop, end of run 341

Thu Jul 6 15:24:25 2017

The beam was stopped due to vacuum problem at CSS2.
End of run 341 at 15h21.

Thu Jul 6 17:05:51 2017

run 342 +overview of TAC

Beam recovered after shut down due to the vacuum problem (power supply on the vacuum system was off). Beam was off during 1h30.

Run 342 started at 17h04
run DAQ 748 run_0342.dat.06-07-17_17h04m50s
-r--r--r-- 1 e748 Exxx 561M 6 juil. 18:58 run_0342.dat.06-07-17_17h04m50s
DAQ chio
/data/e748chioX/e748chio/acquisition/run
-r--r--r-- 1 e748chio Exxx 254K 6 juil. 19:01 run_0342.dat.06-07-17_17h04m27s

Stopped at 18:59 to close roof windows of the accelerator...
(they were opened today to give some "fresh air" above the machine sector)
Beam is stopped a priori during 1/4 hour.

Attachment 1: ScalersRun342at17h10.png

Attachment 2: CorrelDatTrigGatconfRun342.png

Attachment 3: CorrelTpulserChiorun342.png

Attachment 4: Run342_Tcats12.png

Attachment 5: Run342_TACcats1.png

Thu Jul 6 19:17:12 2017

Run 343
same conditions as run 342
beam=7uA

MUST2
-rw-r--r-- 1 e748 Exxx 2,2M 6 juil. 19:16 run_0343.dat.06-07-17_19h15m59s

Chio
-rw-r--r-- 1 e748chio Exxx 1,6K 6 juil. 19:16 run_0343.dat.06-07-17_19h15m50s

Daisuke + Thomas R+ Val�rie L

Thu Jul 6 20:07:46 2017

Problem of counting on Chio

It seems that the ChIo is counting at a very low rate, around 100/s instead of 5000/s in previous runs.
Thomas R is called at 20h to fix the problem.
See scalers of Run 343 at 20h09.

Run stopped at 20:32, there is no bias on the cathode of the Chio, Thomas is entering the room.
HV on cathode put on again. CHIO should work better now...
MUST2 run
rw-r--r-- 1 e748 Exxx 367M 6 juil. 20:31 run_0343.dat.06-07-17_19h15m59s
Chio Run
-r--r--r-- 1 e748chio Exxx 159K 6 juil. 20:31 run_0343.dat.06-07-17_19h15m50s

Attachment 1: ScalersRun343At20h09.png

Thomas R + shift U (Val�rie L) +S (Daisuke, Marl�ne, Shumpei)

Thu Jul 6 20:46:15 2017

Run 345 DAQ+344 chio after chio problem

The HV on cathode is now set again at 2900V. At 20h50 we get back the beam for the run.
(Grid still ok at 920V)
Beam problem cf the scalers. Losing beam somewhere.

DAQ e748
-rw-r--r-- 1 e748 Exxx 640K 6 juil. 20:51 run_0345.dat.06-07-17_20h50m01s
DAQ echio
-rw-r--r-- 1 e748chio Exxx 2,8K 6 juil. 20:50 run_0344.dat.06-07-17_20h49m34s

Attachment 1: ScalersRun345at20h54.png

Thomas R + shift U (Val�rie L) +S (Daisuke, Marl�ne, Shumpei)

Thu Jul 6 21:27:52 2017

Run 345 beam intensity loss

The beam rate was low after intervention with the CHIO HV.

Thomas contacted Jean-Charles and PCP. It turned out that some quadrupoles (Q31, Q34, Q21) of LISE were turned off. Thomas put correct parameters and turned on the magnet.

21h25 full beam.
run 345 daq e748 run 344 e748chio was ongoing during the problem of Qpole. We stop at 21h35 and realign run numbers.

Thomas R + shift U (Val�rie L) +S (Daisuke, Marl�ne, Shumpei)

Thu Jul 6 21:35:29 2017

Run 346 e748+e748chio

Run 346 started at 21h37
Beam around 7�A CATS 2 46k
22h00 beam lost
22h08 beam back 6 �A. CATS 34 kpps.
22h32 beam 7.5 �A. Very stable since then.

We have checked the CATS reconstruction and the Chio spectra (with the CheckPID macro) and they look OK (see attachement).
However the signal from the CHIO looks nice in the oscilloscope but not in the online (see spectra attached). Some events sound good, some are flat... to be checked

DAQ 748
/data/e748X/e748/acquisition/run
e748 Exxx 5,5M 6 juil. 21:39 run_0346.dat.06-07-17_21h37m36s

DAQ e748chio
/data/e748chioX/e748chio/acquisition/run
e748chio Exxx 1,6K 6 juil. 21:37 run_0346.dat.06-07-17_21h37m14s

Attachment 1: ScalersRun346At21h39.png

Attachment 2: CATS_run346.png

Attachment 3: Chio_afterbeamrestart_run346.png

Attachment 4: chio4.png

Attachment 5: chio2.png

Attachment 6: chio1.png

Fri Jul 7 00:25:16 2017

Rough energy calibration for CsI was performed (only for MM1 and MM4).

Calibration file is at
/home/e748/analysis/nptool/Projects/e748/Calibration/Energy/Calibration/CsI_test/

Fri Jul 7 00:42:50 2017

Rough energy calibration for CsI was performed (only for MM1 and MM4).
Method;
Gate DSSD (300 um) energy = 2 MeV. This corresponds to
p energy remain 12.3 MeV
d energy remain 25.5 MeV
t energy remain 38.7 MeV
Gate DSSD (300 um) energy = 6 MeV. This corresponds to
alpha energy remain 72.5 MeV
4 points liner fit for cristal by cristal.

Calibration file is at
/home/e748/analysis/nptool/Projects/e748/Calibration/Energy/Calibration/CsI_test/

Attachment 1: CsICalib.pdf

Fri Jul 7 00:43:51 2017

Attachment 1: CsICalib.pdf

Fri Jul 7 02:28:26 2017

scalers during run 346

CATS raw 2D charge during run 346

Fri Jul 7 02:56:25 2017

Fri Jul 7 06:55:54 2017

Run 346 still running.
We see in the Must2 impact also the other two telescopes T6T7
and clearly the elastic in the E/Theta

The efficiency of CATS 1 seems a bit lower than previously(see scalers below)

Attachment 1: MUST2_7am.png

Attachment 2: Scalers7am_run346.png

Fri Jul 7 07:34:54 2017

Beam intensity: 7.433 �A

Fri Jul 7 08:17:38 2017

Stop run 346 and start run 347 after rewriting parameters onto CHIO digitizer.
Digitized CHIO signals back in Vigru.

18O : 7.3 uAe
CATS1 42 kcps
CATS2 48 kcps
CHIO 45 kcps
120 events/s

Attachment 1: Scalers_run347.png

Fri Jul 7 08:56:43 2017

SiLi 1/T5: 380V, 24.9 uA (current limit set at 26 uA)
Apparently, it hasn't triped since July 6, 10:35

Fri Jul 7 10:46:21 2017

HV = 380 V
I = 25.1 uA

Fri Jul 7 10:56:12 2017

Run 347 (file change)

10:50 data file change -> run_0347.dat.07-07-17_08h15m06s.1
18O: 7.5 uAe
CATS1 42 kcps
CATS2 48 kcps
CHIO 45 kcps
120 events/s

Attachment 1: scalers_run347_1.png

Stop run 347 - Short machine problem

Fri Jul 7 12:00:29 2017

Short beam interruption due to a machine problem. We stop run 347.

Fri Jul 7 12:02:02 2017

Restart after short machine problem.
Same conditions as previous run.

18O: 7.9 uAe (!!)
CATS1: 45 kcps
CATS2: 52 kcps
CHIO: 49 kcps
125 events/s

Stopped at 12:38 for 10Be LISE tuning.

Attachment 1: Scalers_run348.png

Attachment 2: correl_run348.png

Runs 349 to 364 - 10Be LISE tuning

Fri Jul 7 15:15:42 2017

Slits F31 = +/- 20 mm
Momentum acceptance = 2.5 % total

Run 365 - 10Be LISE tuning

Fri Jul 7 15:20:45 2017

Slits F31 = +/- 4 mm
Momentum acceptance = 0.5 % total
2 uAe -> 80000 cps on CATS

Run 366 - 10Be tuning - Centering on TARGET

Fri Jul 7 15:55:29 2017

FH31 slits = +/- 4 mm
DAC2 = -3 A

Attachment 1: run_366_dac2_moins3A_CATS.png

Attachment 2: run_366_dac2_moins3A_Target.png

Fri Jul 7 16:01:22 2017

FH31 slits (momentum slits) = +/- 4 mm
DAC2 = -3 A
Triggers = MUST2, CATS1div, CATS2div
18O: 2 uAe
CATS1 43 kcps
CATS2 48 kcps
CHIO 46 kcps
105 events/s

Attachment 1: run_367_scalers.png

Fri Jul 7 16:32:24 2017

summary of runs 363-367

/data/e748X/e748/acquisition/run
r--r--r-- 1 e748 Exxx 19M 7 juil. 15:01 run_0363.dat.07-07-17_14h54m46s
-r--r--r-- 1 e748 Exxx 24M 7 juil. 15:14 run_0364.dat.07-07-17_15h05m05s
-r--r--r-- 1 e748 Exxx 59M 7 juil. 15:42 run_0365.dat.07-07-17_15h17m41s
-r--r--r-- 1 e748 Exxx 25M 7 juil. 15:55 run_0366.dat.07-07-17_15h42m54s
-r--r--r-- 1 e748 Exxx 178M 7 juil. 16:28 run_0367.dat.07-07-17_15h57m27s

/data/e748chioX/e748chio/acquisition/run
-r--r--r-- 1 e748chio Exxx 461K 7 juil. 15:00 run_0363.dat.07-07-17_14h54m48s
-r--r--r-- 1 e748chio Exxx 594K 7 juil. 15:13 run_0364.dat.07-07-17_15h05m07s
-r--r--r-- 1 e748chio Exxx 1,6M 7 juil. 15:42 run_0365.dat.07-07-17_15h17m40s
-r--r--r-- 1 e748chio Exxx 632K 7 juil. 15:54 run_0366.dat.07-07-17_15h42m57s
-r--r--r-- 1 e748chio Exxx 2,1M 7 juil. 16:28 run_0367.dat.07-07-17_15h57m29s

e748 shift U Simon G. + Val�rie L

Fri Jul 7 16:34:34 2017

Overview of Run 368 - 10Be beam

Run 368 started at 16h30 stop at 18h01 (automatic stop)

Run 368_1 ongoing at 18h41
====== SUMMARY OF THE BEAM CONDITIONS AND OPTICS =====
10Be ~ 90000 cps
18O 4 �A

CAVIAR 1.4 10**5/s ; CATS2 90kcps FAG~ 180-200/s

Final conditions of the LISE settings
FH31 = +/- 20 mm
I=500nA --> 10**5 pps [E = 3kV]
DA_C2 -4A Q68 71.59A Q67 124.51A DAP =197.30A
DA1_Rmn = 1.9603 T.m ; DA2_Rmn = 1.9598 T.m
Brho1_Rmn =2.2621 T.m ; D3P1 400.08 A
Brho2_Rmn = 1.9899 T.m ; D3P 457.80 A

RUNS : G3 DAP I= 197.30A ; DAC2 I =-3A
======================= Summary of detectors ======================================
MUST2
Sili1-t5 380V ; Sili2-t5 700V
SiLi1-t8 700V ; Sili2-t8 650V
CATS1 700V ; CATS2 700V
CHIO Cathode -2900V ; Grille (voie B sur l'alim en D6) 920V

==========================================================================================
/data/e748X/e748/acquisition/run
-r--r--r-- 1 e748 Exxx 1000M 7 juil. 18:01 run_0368.dat.07-07-17_16h31m32s
-rw-r--r-- 1 e748 Exxx 401M 7 juil. 18:38 run_0368.dat.07-07-17_16h31m32s.1
/data/e748chioX/e748chio/acquisition/run
-rw-r--r-- 1 e748chio Exxx 167K 7 juil. 16:33 run_0368.dat.07-07-17_16h30m17s

Attachment 1: Scalers_Run368.png

Attachment 2: Run368sampleChioET.png

Attachment 3: Run368_CATSrawQ.png

Attachment 4: GMTTriggerRun10Be.png

Attachment 5: MMatrixconfig748_Run368.png

Attachment 6: Kinematics_run368.png

Attachment 7: OverviewReactionTargetMMrun368.png

Attachment 8: CorrelChioVXICats_Run368.png

Attachment 9: ChiodigET_EchioQplast.png

Attachment 10: MMstripsYERawRun368.png

Attachment 11: MM_strx_ErawRun368.png

Attachment 12: MMStry_Traw_Run368.png

Fri Jul 7 18:04:58 2017

Kinematic Line12Be(d,3He)11Li

Attachment 1: kine.pdf

e748 Thomas R. +shift U Simon G +Val�rie L

Fri Jul 7 18:18:13 2017

Thomas's explanations on Agava

AGAVA
cf drawing below done by Thomas.
AGAVA --> Le Time Stamp (TS) de 48 bits est envoy� :
- dans la branche e748 (ganp616) DAQ_MUST2 partie AGAVA
-dans la branche NUMEXO (run control Numexo e748chio ganp976)
signal continu int�gration en vol en signaux trap�zo�daux
En soft on a un seuil r�glable sur le trap�ze cf GECO de Numexo (ganp976)
diff�rence entre baselines du signal au-dessus et sous le seuil --> donne en sortie Ei, TSi
et un flag d'indication du pile-up
Fen�tre d'int�gration g�n�r�e par la Chio ~ 2�s.

Attachment 1: P2280829explanationChIo.JPG

e748 shift U Simon G +Val�rie L

Fri Jul 7 20:26:30 2017

Runs 368, 368_1, 368_2, 368_3 10Be runs

RUNS 368, 368_1, 368_2
I ~�3.7 e�A (on D6 TI22)
General DAQ 1Go during 1h30
For CHIO 1h30 data run ~12Mo

Strong primary beam instabilities (suddenly down to less than 1�A) between 21h50 and 22h
At 21h55 Sili1 T5 has tripped. We put it on again (380V).

-----------------------------------------------------------------------------------
run DAQ e748
-r--r--r-- 1 e748 Exxx 1000M 7 juil. 18:01 run_0368.dat.07-07-17_16h31m32s
-r--r--r-- 1 e748 Exxx 1000M 7 juil. 19:34 run_0368.dat.07-07-17_16h31m32s.1
r--r--r-- 1 e748 Exxx 1000M 7 juil. 21:13 run_0368.dat.07-07-17_16h31m32s.2
-rw-r--r-- 1 e748 Exxx 374M 7 juil. 21:50 run_0368.dat.07-07-17_16h31m32s.3

run chio e748chio
-rw-r--r-- 1 e748chio Exxx 43M 7 juil. 21:50 run_0368.dat.07-07-17_16h30m17s
-----------------------------------------------------------------------------------

Attachment 1: ScalersRun368At20h30.png

Attachment 2: TAC_Run368_At21h.png

Attachment 3: ScalersRun368at21h52.png

e748 shift U Simon G +Val�rie L

Fri Jul 7 22:02:39 2017

During Run 368, we note at 21h30 that now CATS2 has continuously a 0.1 �A current. Maybe there are some microtrips on some central part of the detector.
The counter also shows strong fluctuations of CATS2 counting rate between 80 and 40kcps down to 0 then up again.
Concerning the raw charges on CATS, the situation is similar since the beginning of the runs in the afternoon, 7th July.

Attachment 1: StrQRawCats_Run368At22h.png

Attachment 2: PosCats_Run368At22h.png

e748 shift U Simon G +Val�rie L

Fri Jul 7 22:36:12 2017

Beam during Run368, situation at 22h30

After strong instabilities the beam intensity is better and we have recovered nearly 93kcps on CATS2 as during the beginning
of run 368 at 16h30. Cf scalers below at 22h35, and the picture of the primary beam intensity.

Attachment 1: ScalersRun368_At22h35.png

Attachment 2: P2280831ecranTIat22h40.JPG

e748 shift U Simon G +Val�rie L (-12 am)/ Daisuke+Shumpei+Marlene (12 am -)

Fri Jul 7 23:45:52 2017

Run 368 (following) at 23h45

At 23h45; Beam stable I 3.95 �A
CATS2 ~�94 kcps (2 pictures of CATS at 4 hours difference attached)
chio 89kcps Plastics 87kcps FAG ~ 180-190/s
cf Scalers at 23h48.
Sili 1/T5 has tripped (again) around 23h45.
1h00 3.5 �A. Seems PCP intervened. 4.3 �A at 1h05.
1h30 Gradually decreases, but still 4.0 �A
1h30 Sili 1/T5 tripped. Turned on.
3h06 beam 3.7 �A. Sili 1/T5 25.5 �A.
3h25 beam 3.5 �A -> 4.2 �A. Sili 1/T5 25.6 �A. CATS2 0.1 �A.

4h25 if there is any need to enter the room, the PCP would like to re-tune the beam because it is shifting all the time
As it is not yet mandatory, we choose to keep it like that
4h43 SiLi T5 tripped, we switch it on again V=380V I=18uA
5h20 beam intensity has strongly decreased 5e4 pps --> PCP is working on it
5h38 beam is back at 1e5pps

stopped because CAVIAR was not there anymore

MUST2 bias/current
T1 80V I=1.6uA
T2 80V I=3.3uA
T3 70V I=1.0uA
T4 80V I=5.1uA
T5 80V I=1.0uA
T6 80V I=6.9uA
T7 60V I=0.6uA
T8 60V I=1.1uA

Temperatures -1.9�C/-0.3/0.3/1.6�C

e748
-r--r--r-- 1 e748 Exxx 1000M 7 juil. 22:52 run_0368.dat.07-07-17_16h31m32s.3
-r--r--r-- 1 e748 Exxx 1000M 8 juil. 00:21 run_0368.dat.07-07-17_16h31m32s.4
-r--r--r-- 1 e748 Exxx 1000M 8 juil. 01:47 run_0368.dat.07-07-17_16h31m32s.5
-r--r--r-- 1 e748 Exxx 1000M 8 juil. 03:11 run_0368.dat.07-07-17_16h31m32s.6
-rw-r--r-- 1 e748 Exxx 215M 8 juil. 03:29 run_0368.dat.07-07-17_16h31m32s.7

e748chio
-r--r--r-- 1 e748chio Exxx 2,1M 7 juil. 16:28 run_0367.dat.07-07-17_15h57m29s
-rw-r--r-- 1 e748chio Exxx 93M 8 juil. 03:30 run_0368.dat.07-07-17_16h30m17s

Attachment 1: ScalersRUn368at23h48.png

Attachment 2: KinematicsRun368AtMidnight.png

Attachment 3: Run368catsStrQrawAt23h54.png

Attachment 4: Cats_run419.png

Attachment 5: chio_digit_run419.png

Attachment 6: mm_E_theta_run419.png

e748 Marl�ne Daisuke Shumpei

Sat Jul 8 06:02:18 2017

Caviar has tripped during the night (before 4a.m.)
We have put the bias again but we could not reach the nominal value of 1040V. We have set the bias at 950V.
If we increase the bias, then the current rises strongly and reaches the 2uA limit.

Caviar is back with the same efficiency as CATS, but the detector may be damaged.

6h04 SiLi T5 has tripped, switch on again
7h25 SiLi T5 tripped; switched on I=19,8uA

----------------------------------------------------------------
Chio file
e748chio Exxx 584K 8 juil. 06:03 run_0369.dat.08-07-17_06h00m28s
MUST2 file
e748 Exxx 46M 8 juil. 06:04 run_0369.dat.08-07-17_06h00m38s

Attachment 1: scalers_e369.png

Sat Jul 8 08:39:10 2017

/home/e748/analysis/nptool/Outputs/Analysis/runtest.root (run_0331_0.root?) was analyzed.
DSSD energy vs theta_lab plot for triton is attatched.
The gates to select triton are also shown.
gate;
target position on target
chio vs Qplastic rough Z=4
DSSD energy vs TOF mass=3 and no signal in CsI
Only MM1 is analized.

We need more statistics, but we can't analyze CsI data maybe because position matching with DSSD?

Attachment 1: 2017-07-08_run331_12be_dt_likely.png

Attachment 2: 2017_07_08_gate.png

Attachment 3: 2017_07_08_chio_gate.png

Sat Jul 8 08:39:37 2017

Attachment 1: 2017-07-08_run331_12be_dt_likely.png

Attachment 2: 2017_07_08_gate.png

Attachment 3: 2017_07_08_chio_gate.png

error msg on run control (run 369)

Sat Jul 8 09:00:32 2017

CATS raw 2D charge during run 369

Sat Jul 8 09:19:37 2017

DAQ Parameters: Caviar new run 370

Sat Jul 8 09:43:17 2017

Threshold of CAVIAR_DDM changed from ~ -800 to ~ -510
run 370 Triggering only in Cats to check CAVIARs new thresholds

-rw-r--r-- 1 e748 Exxx 5,5M 8 juil. 11:35 run_0370.dat.08-07-17_11h34m13s

Sat Jul 8 11:42:43 2017

Triggers MUST2 and CATS as before,
-rw-r--r-- 1 e748 Exxx 16M 8 juil. 11:43 run_0371.dat.08-07-17_11h41m39s

new CAVIAR thresholds

Attachment 1: Caviar_DDM4_thresholds.png

Attachment 2: Caviar_DDM3_thresholds.png

Sat Jul 8 12:53:09 2017

Changing Caviar thresholds during the run to find the optimum efficiency
More specific The DDM16_4 the channels 4 and 5 *

P.S. Lucia from the Lise team is here, working with Caviar

Attachment 1: caviar_par.png

Attachment 2: caviar_par2.png

Sat Jul 8 14:00:06 2017

Start new run with final CAVIAR threshold settings
HV slightly increased to 980V
Scaler rate of CAVIAR is CATSx1.5 (same as before CAVIAR tripped)
Rest is unchanged

DDM16_1,DDM16_2,DDM16_6 all Channels 750
see the DDM16_3,DDM16_4, DDM16_5

Attachment 1: DDM16_3.png

Attachment 2: DDM_4.png

Attachment 3: DDM16_5.png

Stop run 372 - CHIO digitizer lost parameters

Sat Jul 8 16:39:00 2017

Sat Jul 8 16:41:57 2017

Restart after rewriting parameters onto CHIO digitizer
Same conditions as previous run

18O: 4.5 uAe
CATS1 98 kcps
CATS2 120 kcps
CHIO 115 kcps
220 events/s

SiLi 1/T5 : 380 V, 19.2 uA

Attachment 1: scalers_run373.png

Attachment 2: CATS_raw_run373.png

Attachment 3: CATS_run373.png

Sat Jul 8 17:04:25 2017

We stopped run 373 to check the MUVI scalers on the DAS.
We wrote the parameters onto the CHIO digitizer and restarted -> Run 374
Same conditions as before.

18O 4.5 uAe
CATS1 98 kcps
CATS2 120 kcps
CHIO 115 kcps
220 events/s

Attachment 1: scalers_run374.png

Sat Jul 8 19:41:25 2017

Run 374 (file change)

19:29 data file change -> run_0374.dat.08-07-17_16h57m56s.2
Previous change : 18:11 -> run_0374.dat.08-07-17_16h57m56s.1

18O 4.6 uAe
CATS1 88 kcps
CATS2 108 kcps
CHIO 104 kcps
210 events/s

We note that although the 18O intensity is the same, the counting rates in CATS1, CATS2, CHIO and Plastic have decreased by 13 % since the beginning of run 374.

SiLi 1/T5: 380 V, 23.5 uA

Attachment 1: scalers_run374_2.png

Attachment 2: CATS_run374_2.png

Attachment 3: CATS_raw_run374_2.png

Sat Jul 8 20:49:48 2017

Beam position on target

The beam spot on target has shifted upwards by ~3 mm since beginning of 10Be run (see run 366 and attached plot from run 374, July 8 20:48).

Attachment 1: TargetPos_run374_20h48.png

Update: beam position on target

Sat Jul 8 21:04:07 2017

At ~21:00 we called PCP: They adjusted the DC41VE steerer to center vertically the beam on our target.
See attached plot.

This has no impact on the counting rates in our detectors.

18O 4.5 uAe
CATS1 81 kcps
CATS2 101 kcps
CHIO 97 kcps
Plastic 96 kcps
200 events/s

Attachment 1: TargetPos_run374_afterDC41VE.png

Sat Jul 8 21:53:58 2017

Counting rates keep decreasing though the primary is still ~4.5 uAe and the beam is centered on our target.
We called Fran�ois de Oliveira who helped us to print the parameters of the line. We go to the PCP with the print.

Attachment 1: scalers_run374_21h49.png

Update on counting rates + scalers

Sat Jul 8 23:22:18 2017

18O 4.5 uAe
CATS1 91 kcps
CATS2 114 kcps
Plastic 108 kcps
CHIO 109 kcps
220 events/s

Counting rates have increased, with a constant primary intensity.

SiLi 1/T5: 380 V, 24.7 uA

Attachment 1: scalers_run374_23h21.png

Sat Jul 8 23:51:06 2017

e748 shift U Val�rie L.

Overview of run 374 around midnight

Run at 23h48 with stable conditions, 18O beam: 4.5 �A

Caviar 175kcps ; CATS1 98kcps ; CATS2 122kcps; PLAST 116 kcps ; CHIO 117 kcps
e748 runs
-r--r--r-- 1 e748 Exxx 1000M 8 juil. 23:27 run_0374.dat.08-07-17_16h57m56s.4
-rw-r--r-- 1 e748 Exxx 253M 8 juil. 23:47 run_0374.dat.08-07-17_16h57m56s.5
------------------------------------------------------------------------------------------------
e748chio runs
-rw-r--r-- 1 e748chio Exxx 72M 8 juil. 23:48 run_0374.dat.08-07-17_16h57m54s
------------------------------------------------------------------------------------------------

Attachment 1: scalers_run374_21h49.png

Attachment 2: Run374_ChioDIG_ETat0h.png

Attachment 3: PlastChioDigETAt0h30_Run374.png

Attachment 4: Run374CatsposTrajAt0h30.png

Attachment 5: Run374_CATSstrQrawAt0h35.png

Attachment 6: Run374_Must2ImpactKine0h30.png

Attachment 7: GraphScalerRun374At0h15.png

e748- shift U:Val�rie L +Beyhan B.

Sun Jul 9 02:41:49 2017

Run 374 - good beam conditions

The 18O was very stable between 0h and 2h around I ~ 4.5 �A.
CAVIAR ~ 161k; CATS1 ~ 88kcps; CATS2~ 111kcps ; CHIO ~ 106kcps; PLASTIC ~ 105 kcps.
The dead time is between 4 and 7%.
It was slowly decreasing to 3.7�A at 2h45.
Between 2h48 and 3h we see strong fluctuations of the primary beam current I down to 3.7�A and to 0.5�A.
We call the PCP machine, they tell us that they manage to recover the beam, and that there are strong instabilities at the source.
At 3h15 the beam is stable again, around 4.2�A.

Runs e748
e748 Exxx 1000M 8 juil. 23:27 run_0374.dat.08-07-17_16h57m56s.4 8 July START 22h11(cf previous.3) STOP 23h27
e748 Exxx 1000M 9 juil. 00:41 run_0374.dat.08-07-17_16h57m56s.5 8 July START 23h27 STOP 9 July 00h41
e748 Exxx 1000M 9 juil. 01:52 run_0374.dat.08-07-17_16h57m56s.6 9 July START 00h41 STOP 9 July 01:52
e748 Exxx 1000M 9 juil. 03:10 run_0374.dat.08-07-17_16h57m56s.7 9 July START 01:52 STOP 9 July 03:10
..........
-------------------------------------------------------------------------------------
Run e748chio
-rw-r--r-- 1 e748chio Exxx 91M 9 juil. 01:26 run_0374.dat.08-07-17_16h57m54s

Attachment 1: MUST2CsI6CsI7SiLi5SiLi8Run374_2h40.png

Attachment 2: ScalersRun374At2h48.png

Attachment 3: P2290327BeamAt3h15.JPG

Attachment 4: TAC_Run374_At3h34.png

Attachment 5: ReactionMust2Run374At3h40.png

Attachment 6: MMmatrix_Run374At3h40.png

Attachment 7: Must2ETOF_Run374At3h40.png

Attachment 8: TargetPos_Run374At3h40.png

Attachment 9: KinematicsMMEThetaRun374At3h40.png

Attachment 10: Run374_correlChIOat4h10.png

e748- Beyhan B + Val�rie L

Sun Jul 9 04:21:42 2017

The beam Survey from the PCP can be seen in the attached picture below.
Our spokesperson Adrien M can go and ask to the PCP at the end of the experiment the data file of the beam intensity histograms.
The plots can be seen in the intranet [The address is: http://intranet.ganil.fr/SDA/suivi_equipements/ ]

Attachment 1: GraphicBeame748july17.jpg

e748 shift U Val�rie L. +Beyhan B.

Sun Jul 9 04:43:40 2017

Run 374- 9 JULY - stop at 5h

Between 4h-4h50 the 18O has decreased from 4.5 down to 4 �A.
CAVIAR ~ 161k; CATS1 ~ 90kcps; CATS2~ 114kcps ; CHIO ~ 109kcps; PLASTIC ~ 108 kcps.
The dead time is between 4 and 7%.
The run 374 is stopped at 5h01 because the PCP machine is retuning
the beam intensity. The intensity was strongly decreasing at 4h50 down to 3�A and then below 3�A at 4h55.

-----------------------------------------------------------------------------------------------
e748 Exxx 1000M 9 juil. 03:10 run_0374.dat.08-07-17_16h57m56s.7
e748 Exxx 1000M 9 juil. 04:26 run_0374.dat.08-07-17_16h57m56s.8
e748 Exxx 368M 9 juil. 05:01 run_0374.dat.08-07-17_16h57m56s.9

DAQ Chio
e748chio Exxx 128M 9 juil. 05:00 run_0374.dat.08-07-17_16h57m54s

Attachment 1: ScalersRun374At4h46.png

Attachment 2: Run374CatsRawStrQ_4h40.png

e748 shift U Val�rie L. +Beyhan B.(-8h)/ Daisuke Shumpei (8h-)

Sun Jul 9 05:21:29 2017

Run 375 after beam stop

The tuning of the beam alignment was checked by the PCP. cf beam profiles at 5h15 in LISE notebook and below.
We check also the beam profiles on CATS.
The beam was at 4.2 �A increasing to 4.6 �A but we do not recover the same intensity in LISE as during the run 374.
CAVIAR now at 90kcps and CATS2 around 53kcps (at 5h25).
6h50 CAVIAR 95 kcps CATS1: 51 kcps; CATS2: 64 kcps
The transmission to LISE seems to be not as good as before.
The beam on target is de-centered both on X (X +0.4mm) and Y (Y by ~ -2.4mm)
-----------------------------------------------------------------------------------------------
Run 375 start at 5h20

8h24 SiLi T5/1 tripped at 26 �A. Turned the HT on immediately.
8h51 stop data taking to LISE alignment by Jean-Charles. Attachment 10 (CATS) and 11 (MUST2) were taken toward the end of the run.

---
e748
-r--r--r-- 1 e748 Exxx 1000M 9 juil. 07:25 run_0375.dat.09-07-17_05h20m46s
-rw-r--r-- 1 e748 Exxx 806M 9 juil. 08:50 run_0375.dat.09-07-17_05h20m46s.1

e748chio
-r--r--r-- 1 e748chio Exxx 23M 9 juil. 08:50 run_0375.dat.09-07-17_05h20m35s

Attachment 1: ScalersAnalyserRun375At5h24.png

Attachment 2: CatsStrQRaw_Run375At5h35.png

Attachment 3: CATSprofile_Run375At5h35.png

Attachment 4: P2290329BeamProfilePCPAt5h15.JPG

Attachment 5: Run375_CATSposAt6h20.png

Attachment 6: Run375_TargetPos_At6h20.png

Attachment 7: TargetCATSRun375at6h20shiftY-2mm.png

Attachment 8: Run375_EchioDigET.png

Attachment 9: ScalersRun375At6h50.png

Attachment 10: _run375_cats_pos.png

Attachment 11: run375_must2.png

Jean-Charles Val�rie L. Daisuke Shumpei

Sun Jul 9 09:07:31 2017

Run 376 LISE tuning (underway)

RUN 376 short run to check beam profile during LISE tuning.

9h07 started
9h10 stopped

Attachment 1: run376_must2.png

Attachment 2: run376_cats.png

Jean-Charles Val�rie L. Daisuke Shumpei

Sun Jul 9 09:13:54 2017

Run 377 LISE tuning (underway)

RUN 376. LISE tuning to optimize the beam spot on target. During this run, the beam stop will be moved.

9h12 started
9h35 stopped.
Images from final settings are attached.

Attachment 1: run377_cats_final.png

Attachment 2: run377_must2_final.png

Attachment 3: run377_echelles_final.png

Daisuke Shumpei Val�rie L. (-9h50) Jean-Charles (-10h)

Sun Jul 9 09:36:42 2017

Data accumulation after LISE tuning.

9h36 started.
Beam 4.5 �A. Caviar 0.30 �A at -980 V. SiLi T5/1 25.8 �A at 380 V. CATS1 0.0 �A at 700 V. CATS2 0.1 �A at 700 V.
Caviar 188 kpps CATS1 100 kpps CATS2 130 kpps plast 124 kpps chio 123 kpps.

10h10
Beam 3.9 �A.
Caviar 168 kpps CATS1 93 kpps CATS2 114 kpps plast 109 kpps chio 109 kpps Trigger 210/s.

10h23
Beam 4.5 �A.
Caviar 184 kpps CATS1 99 kpps CATS2 128 kpps plast 121 kpps chio 121 kpps Trigger 235/s.

10h31
Sili1/T5 HT down at 26 �A. Turned on immediately.

11h07
Sili1/T5 HT down at 26 �A. Turned on immediately.

11h17
Beam gone.

11h24
Beam back. 3.7 �A.

11H27
Beam 4.3 �A.
Caviar 172 kpps CATS1 94 kpps CATS2 118 kpps plast 111 kpps chio 112 kpps Trigger 228/s.

11h57
Sili1/T5 HT down at 26 �A. Turned on immediately.

12h18
An error window prompted. "Problem with VME connection, please restart scaler".
The scaler monitor does not refresh. Closed and reopened.
The scaler viewer now looks working correctly.
Continue the run.

12h58
Sili1/T5 HT down at 26 �A. Turned on immediately.

13h27
Beam 4.0 �A.
Caviar 143 kpps CATS1 83 kpps CATS2 108 kpps plast 102 kpps chio 103 kpps Trigger 200/s.

13h31
"Problem with VME connection, please restart scaler".
The scaler monitor closed and reopened. Continue the run.

13h52
Sili1/T5 HT down at 26 �A. Decided to decrease the HT from 380 V to 370 V.

14h54
Sili1/T5 25.1 �A at 370 V.
beam 4.3 �A.
Caviar 180 kpps CATS1 97 kpps CATS2 125 kpps plast 119 kpps chio 119 kpps Trigger 230/s.

---
e748
-r--r--r-- 1 e748 Exxx 1000M 9 juil. 10:46 run_0378.dat.09-07-17_09h35m56s
-r--r--r-- 1 e748 Exxx 1000M 9 juil. 12:01 run_0378.dat.09-07-17_09h35m56s.1
-r--r--r-- 1 e748 Exxx 1000M 9 juil. 13:12 run_0378.dat.09-07-17_09h35m56s.2
-r--r--r-- 1 e748 Exxx 1000M 9 juil. 14:31 run_0378.dat.09-07-17_09h35m56s.3
-rw-r--r-- 1 e748 Exxx 336M 9 juil. 14:55 run_0378.dat.09-07-17_09h35m56s.4

e748chio
-rw-r--r-- 1 e748chio Exxx 60M 9 juil. 14:56 run_0378.dat.09-07-17_09h35m49s

Attachment 1: run378_echelles_9h38.png

Attachment 2: run378_cats_9h48.png

Attachment 3: run378_must2_9h48.png

Attachment 4: run378_beam_11h33.png

Attachment 5: run378_beam_12h15.png

Attachment 6: run378_echelles_12h16.png

Attachment 7: run378_beam_13h29.png

Attachment 8: run378_echelles_13h30.png

Attachment 9: run378_beam_15h48.png

Attachment 10: run378_echelles_15h49.png

Daisuke Shumpei Jean-Charles

Sun Jul 9 09:43:29 2017

Printer Magnolia is out of cartridge..

Use "iris-color". The printer is in the room ACS17 (found left in the corridor from the LISE counting room to the building exit).

Sun Jul 9 10:27:09 2017

More statistics for (d,t) channel.
Same gate as before () but MM1&MM4 are used.

Attachment 1: E_Theta_dt2.pdf

Attachment 2: E_Theta_dt3.pdf

Sun Jul 9 10:29:20 2017

More statistics for (d,t) channel.
Same gate as before (Message ID: 273 Entry time: Sat Jul 8 08:39:37 2017) but MM1&MM4 are used.
Figures are with 12Be(d,t) kinematics for all events and (events per bin)>6.
Energy a little bit higher or angle a little bit smaller than kinematics?

Attachment 1: E_Theta_dt2.pdf

Attachment 2: E_Theta_dt3.pdf

Sun Jul 9 11:56:31 2017

Shumpei, Daisuke wrote:

Hi,

Thanks for looking into it. We made quite a lot of change in the analysis yesterday. There was several mistake and especially one on cats inverting X axis, so all angle were wrong previously.

Also the energy loss in the target is setup for 3He, so you expect the 3H line to show at a higher energy than it should ! Sounds good!

Sun Jul 9 13:42:26 2017

10Be(d,t) & 10Be(d,3He)?

Same analysis for (d,t) channel but 10 Be beam. run368-374.4 (-1 day data)
Separation for Z=3&4 with CHIO(analog) + plastic is difficult so Z=4 gate may include Z=3&4.
Figures are with 10Be(d,t)9Be and 10Be(d,3He)9Li kinematics for all events and (events per bin)>4.

Attachment 1: dE_E_CHIO_pla.pdf

Attachment 2: E_Theta_dt_10Be2.pdf

Attachment 3: E_Theta_dt_10Be3.pdf

Sun Jul 9 16:37:21 2017

CHIO digitizer was out in run 378

Sun Jul 9 16:43:40 2017

Elastic scattering MM6&7

Telescope 6&7 are analyzed for 12Be beam.
The energy of Si vs angle plot for each telescope (CsI veto and beam position gate) are shown.
The red lines are kinematics for 12Be(d,d) and (p,p).
Two loci seem to correspond to each elastic scattering.

Attachment 1: 12Be_elastic.pdf

Sun Jul 9 16:44:58 2017

Elastic scattering MM6&7

Telescope 6&7 are analyzed for 12Be beam.
The energy of Si vs angle plot for each telescope (CsI veto and beam position gate on target) is shown.
For MM6 (left), a locus for punch-through is seen maybe because CsI veto gate is not so good.
The red lines are kinematics for 12Be(d,d) and (p,p).
Two loci seem to correspond to each elastic scattering.

Attachment 1: 12Be_elastic.pdf

Sun Jul 9 18:44:38 2017

LOST BEAM around 18h30

Vaccuum was lost after CSS2, so we lost the primary beam (18:30)
Operators called the astreinte.

Sun Jul 9 20:38:11 2017

LOST BEAM around 18h30

Seems there is a water leak in the beam line near alpha.
Astreinte is at work.

Sun Jul 9 23:57:34 2017

There is a major shutdown of the GANIL phone system.
You can not call the pcp via the usual extention; instead call : 02 31 43 59 77
(the phone number is on a paper next to the LISE pupitre phone)

Return of the beam (Jedi not available)

Mon Jul 10 00:23:41 2017

Beam is back.
JCT refoc the beam on target (attached pictures).
All god beside that. Still no phone on campus!

Attachment 1: CATS.png

Mon Jul 10 00:35:29 2017

Started at 0:02

18O 4.3 uAe, fluctuating
SiLi 1/T5: 370 V, 25.7 uA

Scalers attached, see below.

Attachment 1: scalers_run380.png

Mon Jul 10 01:34:12 2017

Data file change at 1:18 -> run_0380.dat.10-07-17_00h02m00s.1

18O 4.5 uAe
220 events/s

SiLi 1/T5: 370 V, 25.8 uA

Scalers attached, see below

Attachment 1: scalers_run380_1.png

CATS raw strips and trajectories

Mon Jul 10 02:04:33 2017

Attachment 1: CATS_raw_run380_1.png

Attachment 2: CATS_run380_1.png

Mon Jul 10 02:47:27 2017

2:26 data file change -> run_0380.dat.10-07-17_00h02m00s.2

18O 4.5 uAe
240 events/s

SiLi 1/T5: 370 V, 25.8 uA

Attachment 1: Scalers_run_380_2.png

Mon Jul 10 03:34:24 2017

3:33 data file change -> run_0380.dat.10-07-17_00h02m00s.3

18O 4.5 uAe
240 events/s

SiLi 1/T5: 370 V, 25.9 uA

Attachment 1: scalers_run380_3.png

Mon Jul 10 03:45:19 2017

Triped between 3:34 and 3:44.

We turn it back on at 3:46 (370 V) -> 22.5 uA

CATS: raw strips, trajectories and pos on target

Mon Jul 10 04:33:32 2017

Attachment 1: CATS_raw_run_380_3_4h35.png

Attachment 2: CATS_run380_3_4h35.png

Attachment 3: target_pos_run380_3.png

Mon Jul 10 04:46:11 2017

4:42 data file change -> run_0380.dat.10-07-17_00h02m00s.4

18O 4.4 uAe
240 events/s

SiLi 1/T5: 370 V, 25.7 uA

MUST2 temperatures: T1-T2 -1.8�, T3-T4 -0.3�, T5 0.4�, T6 1.6�

Attachment 1: scalers_run380_4.png

Mon Jul 10 05:47:40 2017

5:46 data file change -> run_0380.dat.10-07-17_00h02m00s.5

18O 4.5 uAe
260 events/s

SiLi 1/T5 : 25.9 uA

Attachment 1: scalers_run380_5.png

Mon Jul 10 06:53:40 2017

Triped at ~�6:50.
We turn it back on at 370 V -> I = 18 uA but increases rapidly to 21 uA

Mon Jul 10 06:55:58 2017

6:48 data file change -> run_0380.dat.10-07-17_00h02m00s.6

18O 4.5 uAe
260 events/s

Attachment 1: scalers_run380_6.png

Mon Jul 10 08:19:45 2017

We stop run 380 to enter D6 and select mask target for CATS reference data.

Mon Jul 10 08:37:23 2017

Trigger = Plastic, div=1
Primary intensity = 1 uAe
CATS rate = 35 kcps
800 events/s
Run 381 started at 8:42

Changing beam spot position during run to scan the mask:

-DAC2 : passe de -3A a -3.5A
-DAC2 : passe de -3.5A a -2.5A
-DAC2 : passe de -2.5A a -2.0A
-DAC2 : passe de -2.0A a -1.5A

Mon Jul 10 10:06:27 2017

10h06 we stop the experiment.

Mon Jul 10 17:43:37 2017

Calimero time calibrator

Run 1000 : MUVI 1 X

Time calibrator 20ns period, 512ns range

Thu Jul 20 11:07:54 2017

After experiment CATS 1 pulser calibration
Pulser Quality: very bad - to be analyzed with care
Calibration almost unchanged

Thu Jul 20 11:09:34 2017

Run 1036 calib cats 2 Y

After experiment pulser calibration CATS 2 (Y)
1st amplitude slightly saturates CATS 2 X.
Use for CATS 2 Y recalibration
Strip Y 14 indeed has a smaller gain than before the experiment

Thu Mar 15 10:50:00 2018

Cabling file by Fabien Naury (LPC).

Attachment 1: cablage_panier_distribution_123_der.xlsx

Attachment 2: cablage_panier_distribution_456_der.xlsx

Attachment 3: prise_fischer_BT1_der.xlsx

Attachment 4: prise_fischer_BT3_der.xlsx

Attachment 5: prise_fischer_BT5_der.xlsx

Attachment 6: prise_fischer_HT1_der.xlsx

Attachment 7: prise_fischer_HT3_der.xlsx

Attachment 8: prise_fischer_HT5_der.xlsx

Mon Mar 26 11:44:27 2018

Currently we do not have access to the experiment number. To write an entry for e744 the nickname TEST will be used.

Mon Mar 26 11:46:43 2018

Tests runs Ganacq log

(15:51:33 - 19/03/2018) INFO - rcc_gui - Started run #1

(16:22:01 - 19/03/2018) INFO - rcc_gui - Stopped run #1

(16:25:05 - 19/03/2018) INFO - rcc_gui - Started run #2
Pedestal aligned T1-4
(16:31:10 - 19/03/2018) INFO - rcc_gui - Stopped run #2

(16:32:26 - 19/03/2018) INFO - rcc_gui - Started run #3
realigned the pedestal on T1-4
(16:33:48 - 19/03/2018) INFO - rcc_gui - Stopped run #3

(16:41:52 - 19/03/2018) INFO - rcc_gui - Started run #4
Set polarity of T1-4 correctly and set again the pedestals
(16:49:34 - 19/03/2018) INFO - rcc_gui - Stopped run #4

(16:53:42 - 19/03/2018) INFO - rcc_gui - Started run #5

(16:55:20 - 19/03/2018) INFO - rcc_gui - Stopped run #5

(16:56:40 - 19/03/2018) INFO - rcc_gui - Started run #6

(16:57:11 - 19/03/2018) INFO - rcc_gui - Stopped run #6

(16:58:04 - 19/03/2018) INFO - rcc_gui - Started run #7

(16:58:27 - 19/03/2018) INFO - rcc_gui - Stopped run #7

(17:06:47 - 19/03/2018) INFO - rcc_gui - Stopped run #8

(17:08:44 - 19/03/2018) INFO - rcc_gui - Started run #9

(17:08:49 - 19/03/2018) INFO - rcc_gui - Started run #8

(17:13:44 - 19/03/2018) INFO - rcc_gui - Stopped run #9

(17:14:56 - 19/03/2018) INFO - rcc_gui - Started run #10

(17:15:44 - 19/03/2018) INFO - rcc_gui - Stopped run #10

(17:17:52 - 19/03/2018) INFO - rcc_gui - Started run #11

(17:18:16 - 19/03/2018) INFO - rcc_gui - Stopped run #11

(17:20:54 - 19/03/2018) INFO - rcc_gui - Started run #12

(17:26:05 - 19/03/2018) INFO - rcc_gui - Stopped run #12

(17:26:56 - 19/03/2018) INFO - rcc_gui - Started run #13

(17:32:16 - 19/03/2018) INFO - rcc_gui - Stopped run #13

(17:32:55 - 19/03/2018) INFO - rcc_gui - Started run #14

(17:34:05 - 19/03/2018) INFO - rcc_gui - Stopped run #14

(17:35:25 - 19/03/2018) INFO - rcc_gui - Started run #15

(18:20:40 - 19/03/2018) INFO - rcc_gui - Stopped run #15

(18:21:00 - 19/03/2018) INFO - rcc_gui - Started run #16

(18:23:36 - 19/03/2018) INFO - rcc_gui - Stopped run #16

(18:23:52 - 19/03/2018) INFO - rcc_gui - Started run #17

(18:30:52 - 19/03/2018) INFO - rcc_gui - Stopped run #17

(18:31:42 - 19/03/2018) INFO - rcc_gui - Started run #18

(18:37:11 - 19/03/2018) INFO - rcc_gui - Stopped run #18

(18:37:43 - 19/03/2018) INFO - rcc_gui - Started run #19

(18:39:44 - 19/03/2018) INFO - rcc_gui - Stopped run #19

(18:40:08 - 19/03/2018) INFO - rcc_gui - Started run #20

(18:43:10 - 19/03/2018) INFO - rcc_gui - Stopped run #20

(18:44:12 - 19/03/2018) INFO - rcc_gui - Started run #21

(18:45:31 - 19/03/2018) INFO - rcc_gui - Stopped run #21

(09:19:38 - 20/03/2018) INFO - rcc_gui - Stopped run #22

(09:19:46 - 20/03/2018) INFO - rcc_gui - Started run #22

(09:21:46 - 20/03/2018) INFO - rcc_gui - Started run #23

(09:23:22 - 20/03/2018) INFO - rcc_gui - Stopped run #23

(09:23:56 - 20/03/2018) INFO - rcc_gui - Started run #24

(09:25:31 - 20/03/2018) INFO - rcc_gui - Stopped run #24

(09:29:18 - 20/03/2018) INFO - rcc_gui - Stopped run #25

(09:31:08 - 20/03/2018) INFO - rcc_gui - Started run #26

(09:31:14 - 20/03/2018) INFO - rcc_gui - Started run #25

(09:32:23 - 20/03/2018) INFO - rcc_gui - Stopped run #26

(09:55:33 - 20/03/2018) ERROR - rcc_gui - Operation forbidden - Storage mode can be changed only in READY state
(09:56:20 - 20/03/2018) INFO - rcc_gui - Started run #26
source alpha, en G3, piedestaux suppression set
(14:24:46 - 20/03/2018) INFO - rcc_gui - Stopped run #26

(14:25:43 - 20/03/2018) INFO - rcc_gui - Started run #27
follow up, same condition as run 26, stopped daq for analysis.
(09:42:36 - 21/03/2018) INFO - rcc_gui - Stopped run #27

(18:06:46 - 21/03/2018) INFO - rcc_gui - Started run #28

(18:09:02 - 21/03/2018) INFO - rcc_gui - Stopped run #28

(18:10:33 - 21/03/2018) INFO - rcc_gui - Started run #29

(18:11:47 - 21/03/2018) INFO - rcc_gui - Stopped run #29

(18:16:59 - 21/03/2018) INFO - rcc_gui - Started run #30

(18:18:15 - 21/03/2018) INFO - rcc_gui - Stopped run #30

(18:25:10 - 21/03/2018) INFO - rcc_gui - Started run #31

(18:26:51 - 21/03/2018) INFO - rcc_gui - Stopped run #31

(18:37:07 - 21/03/2018) INFO - rcc_gui - Started run #32

(18:39:04 - 21/03/2018) INFO - rcc_gui - Stopped run #32

(18:41:49 - 21/03/2018) INFO - rcc_gui - Started run #33

(18:49:13 - 21/03/2018) INFO - rcc_gui - Stopped run #33

(18:53:08 - 21/03/2018) INFO - rcc_gui - Started run #34

(18:53:42 - 21/03/2018) INFO - rcc_gui - Stopped run #34

(18:56:02 - 21/03/2018) INFO - rcc_gui - Started run #35

(18:57:06 - 21/03/2018) INFO - rcc_gui - Stopped run #35

(10:22:37 - 22/03/2018) INFO - rcc_gui - Started run #37
Start source 3a MUVI2 1,2 (MM5 & MM6)
(11:24:12 - 22/03/2018) INFO - rcc_gui - Stopped run #37

(11:25:45 - 22/03/2018) INFO - rcc_gui - Started run #38
correction thresolds Muvi2
(12:26:38 - 22/03/2018) INFO - rcc_gui - Stopped run #38

(12:46:48 - 22/03/2018) INFO - rcc_gui - Started run #39

(12:49:47 - 22/03/2018) INFO - rcc_gui - Stopped run #39

(12:59:48 - 22/03/2018) INFO - rcc_gui - Started run #40

(15:44:26 - 22/03/2018) INFO - rcc_gui - Stopped run #40

(09:11:26 - 23/03/2018) INFO - rcc_gui - Started run #41
test
(09:13:41 - 23/03/2018) INFO - rcc_gui - Stopped run #41

(09:13:48 - 23/03/2018) ERROR - rcc_gui - Operation forbidden - Storage mode can be changed only in READY state
(09:41:06 - 23/03/2018) INFO - rcc_gui - Started run #41
MM5 connected to MM8
MM6 connected to MM5
correct piedestal
3 pics alpha source
(14:02:04 - 23/03/2018) INFO - rcc_gui - Stopped run #41

(14:25:59 - 23/03/2018) INFO - rcc_gui - Started run #42
channel MM5 = real MM7
channel MM6 = real MM6
alpha source
(14:31:33 - 23/03/2018) INFO - rcc_gui - Stopped run #42

(14:33:42 - 23/03/2018) INFO - rcc_gui - Started run #43
same after change in the piedestals
(15:54:10 - 23/03/2018) INFO - rcc_gui - Stopped run #43

Bidimensional graphs for Telescope 7 and 6

Mon Mar 26 14:20:22 2018

WARNING T5 == T7

EDIT 27/03/18 : WARNING X and Y are inverted, this entry should be ignored see entry : Bidim for T1 T3 T4 T5 T6 T7 T8

Attachment 1: T6_3alpha.pdf

Attachment 2: T7_3alpha.pdf

Mon Mar 26 15:07:06 2018

e744 : Valerian et Louis

Energy vs Strip for T6 et T7

Weird signal on StripX of T6... might be the copper oxyde projections making a short-circuit

EDIT 27/03/18 : The problem seen on Telescope 6 might be due to either some Asics Problem, or due to some dirt, the current reason in not known currently. The safest way would be to remove the telescope completely and replace it for Daisuke's and Olivier's experiments.

Attachment 1: StripXE_vs_StripNbr_T6.pdf

Attachment 2: StripXE_vs_StripNbr_T6_zoom.pdf

Attachment 3: StripYE_vs_StripNbr_T6.pdf

TEST

Tue Mar 27 10:47:39 2018

Tue Mar 27 11:11:04 2018

Different plots of Strip channel vs Strip number for X and Y in order to make our choice

Attachment 1: StripXE_vs_StripNbr_T1.pdf

Attachment 2: StripYE_vs_StripNbr_T1.pdf

Attachment 3: StripXE_vs_StripNbr_T3.pdf

Attachment 4: StripYE_vs_StripNbr_T3.pdf

Attachment 5: StripXE_vs_StripNbr_T4.pdf

Attachment 6: StripYE_vs_StripNbr_T4.pdf

Attachment 7: StripXE_vs_StripNbr_T5.pdf

Attachment 8: StripYE_vs_StripNbr_T5.pdf

Attachment 9: StripXE_vs_StripNbr_T6.pdf

Attachment 10: StripYE_vs_StripNbr_T6.pdf

Attachment 11: StripXE_vs_StripNbr_T7.pdf

Attachment 12: StripYE_vs_StripNbr_T7.pdf

Attachment 13: StripXE_vs_StripNbr_T8.pdf

Attachment 14: StripYE_vs_StripNbr_T8.pdf

Bidim for T1 T3 T4 T5 T6 T7 T8

Tue Mar 27 16:26:29 2018

Attachment 1: StripX_vs_StripY_T1.pdf

Attachment 2: StripX_vs_StripY_T3.pdf

Attachment 3: StripX_vs_StripY_T4.pdf

Attachment 4: StripX_vs_StripY_T5.pdf

Attachment 5: StripX_vs_StripY_T6.pdf

Attachment 6: StripX_vs_StripY_T7.pdf

Attachment 7: StripX_vs_StripY_T8.pdf

Tue Mar 27 17:22:24 2018

We can see that the DSSSDs on T1(CsI) T3(CsI) T4(CsI) and T5(SiLi) are in good shape (cf :Bidim for T1 T3 T4 T5 T6 T7 T8 ).

As for now, we would like to keep the telescope as is. M2C should be moved tomorrow (28/03/18).

After that we would like to use the two spare DSSSDs available on both T2 and on the O degree telescope (now called T5(CsI)).

If the spare DSSSDs are judged not be good enough for the experiment, we will swap current T5(SiLi) DSSDs on the 0 degree Telescope T5(CsI).

Wed Mar 28 13:21:32 2018

e744 : Valerian wrote:

Which telescope should we take for T5? T7 or T6?

Wed Mar 28 16:35:01 2018

e744 : Valerian wrote:

Which telescope should we take for T5? T7 or T6?

Looking at the previous Calimero tests Adrien did during his experiment, neither telescope are good as is... the T7 has no time calibration and T6 might have some Asics problem...

We can either use T6 and check if the problem we saw on it's DSSDs are due to some electronics problem or use a completly different telescope from the spare we have...

EDIT 29/03/18 : After discussion with Laurent the option to use a new DSSD on T6 seems more appropriate, still ongoing.

Attachment 1: TimeMust2X_MUVI2_uncalib.png

Attachment 2: TimeMust2Y_MUVI2_uncalib.png

Attachment 3: SpectresMUVI2stripXT300ns.png

Tue Apr 3 10:44:38 2018

e744 : Val�rian

Update on Must2 telescopes

For the next day, the plan is to check the DSSD's connections of T6 & T7 followed by an alpha run, if the problem seen on T6 are not resolved, we will change the DSSD of T6 and re-do another alpha run, the last option would be to change the Muffee card.

Just for a quick visual update, telescopes 5&8 are dismounted and a new DSSD is mounted on T2 as you can see !

Attachment 1: 20180403_103732.jpg

Tue Apr 3 15:30:49 2018

After checking the cable of T6 & T7 it seems that there were in fact an inversion during experiment e748. T6 is the bottom one, and T7 the top one.

During e748, it seems that there were some difference regarding the position, between the hardware and software position...

If it was the case, it would mean that it is T6 that has the time calibration problem, not T7.
re-
In conclusion, it is T6 that has both the time calibration problem on X and Y, and the weird signal seen during the calibration.

EDIT 4/04/18 : For the experiment e748 and before the time calibration, the inversion had been made, as a conclusion what was previously stated is wrong, it is T7 that has no time calibration... Anyhow, wee will re-do the time calibration for T6 and T7 to check if the problem are still present.

Attachment 1: Inversion_between_telescopes.pdf

Wed Apr 4 17:49:05 2018

The EXL detector has been mounted, it is very close to the target ~4cm and doesn't do any shadow on the M2 telescopes. But it isn't at 90� anymore. The cable have been plugged-in (cf photos). With a new mapping of the detector (cf drawing).

Attachment 1: 20180404_113303.jpg

Attachment 2: 20180404_113312.jpg

Attachment 3: 20180404_135324.jpg

Attachment 4: 20180404_135334.jpg

Attachment 5: EXL_cables.pdf

Attachment 6: Mapping_of_EXL.pdf

Tue Apr 10 17:43:28 2018

Adrien Matta and FyFy

To control the CAEN SY1527 HV/BT mainframe use the following command from a terminal:

telnet 172.16.139.10 1527

OR

Run the alias HV

Login: admin
Password: admin

Press enter, then select channel.

To switch between on/off press space.

Tue Apr 17 09:07:55 2018

Previously on e744:

After a chat with Charles Houarner we decided to have configuration with a Muvi card per VXI crate. This is supposed to reduce the dead time (DT) by parallelising the crate readout. This have a few implication:
- The slave crate need a GMT, because the MUVI read out was never tested using a GAMER
- The GMT is not designed to act as centrum receiver, so a centrum slave module is installed in the slave crate
- The action file compilation is not designed to have a centrum receiver, so the compilation has to be done by Fred. He is working on fixing the issue, in the mean time, we SHOULD NOT try to change ADC/QDC/TDC label and recompile throught DAS
- The slave GMT needs to be block correctly, Charles setup the VIS2/BLK signal with a logic FIFO.
- The slave GMT is triggered by the master GMT VAL
- The MUVI from the Slave VXI is still triggering the MASTER GMT, as usual.

After all this setup, we change the NARVAL topology to have two crate and a EBYEDAT merger. This merger prove to be no longer functional. Clotilde had a look but have no clue so far why it is not working.

We switch to MFM data format with a EBY2MFM merger. Because of this change of format we had to change both Online and Offline program in order to extract the EBYE buffer from the MFM frame.

This is no tested and working, for some reasons it worked only using ROOT6.

T5 is back and running strong

Tue Apr 17 09:18:00 2018

T5 telescope appears to be fully functional again. It shows both Energy and Time with excellent resolution.

Attachment 1: T5.pdf

Tue Apr 17 17:36:37 2018

Pretty much today's summary in the title.

https://i.pinimg.com/originals/a8/d4/12/a8d41206e8bd9c189397fb4907656981.jpg

Mon Apr 23 11:33:53 2018

Inspection signals between D6 and LISE Acquisition room are connected as follow :

178: FAG

179: LT ADC 1
180: LI1 ADC 1
181: AI ADC 1

182: LT ADC 2
183: LI1 ADC 2
184: AI ADC 2

185: HF validated
186: CATS delayed
188: FAG delayed

201: IL1 MUVI 1
202: IA1 MUVI 1
203: IL1 MUVI 2
204: IA1 MUVI 2

Valerian Freddy and Adrien aka Cherry Mx Team

Tue Apr 24 14:18:22 2018

Current telescope-pcb layout

Telescope 1 : PCB 5 (ref on pcb: 2274)
Telescope 2 : PCB 4
Telescope 3 : PCB 7
Telescope 4 : PCB 11 (ref on pcb: n�2834-9)

Telescope 5 : PCB 2 (ref on pcb: X2489-8) Backward angles
Telescope 6 : PCB 6 around 90d eg.

------------------------   ------------------------
                       /  \
                      /    \
        4            /      \            1
                    /        \
                   /          \ 
                  /            \
                 /              \
-----------------                -----------------
-----------------        x       -----------------
                 \     BEAM     /
                  \            /
                   \          /
        3           \        /         2
                     \      /
                      \    /
                       \  /
------------------------  ------------------------

Tue Apr 24 15:42:03 2018

Crate ganlx1 GMT master FAG 100ns ; VAL 2 �s ; CT 6 �s
Crate ganlx14 GMT slave FAG 100ns ; VAL 2 �s ; CT 3 �s

Attachment 1: GMTmasterChrono24avril18.png

Attachment 2: GMTslaveChrono24avril18.png

Tue Apr 24 15:51:04 2018

e744 Val�rie L.

MUST2 configuration /parameters

TAC range for all telescopes: 600ns
Thresholds: 402 keV

Attachment 1: ConfigMuviPhysMust2Thr.png

Tue Apr 24 16:22:08 2018

e744 Val�rie L.

Narval Merger Parameters

Attachment 1: ConfigRunControlNArvalMerger.png

Wed Apr 25 15:59:51 2018

To use the remote settings of the Mesytech modules :

- start GANP170

- login: .\invit� | pass: ganil17

- start putty 

- select serial

- in host name type COM# (# is the number of the port which seems to be chosen at random at every reboot).

- when you have found the good port number, a terminal will appear, in this terminal you cannot erase, so if you type something wrong press enter.

- type :

           off

  the red LED of the front panel of one of the mesytech should stop, now, you know which mesytech is controlled by the terminal you opened.
- type:  
           on

  the red LED is back again and remote control is working again.

- to list the parameter type: 

           ds

- the parameter of interest are under "rc settings"

You can then follow what's written in the manual next to the PC.

Wed Apr 25 20:47:59 2018

e744 Val�rie

MUST2 mate Temperature on the DAS interface

tests
The plot:ConfigDASMuvi1Tel4mufeeX.png shows the situation on the Mufee card when the cooling system was blocked (ice in the tube! there was water inside instead of alcohol) on Wednesday 25th. cf there was 47�C on MufeeX mate of Telescope 4.
The voltages on Must2 tripped, due to the increase of temperature on the Mates. After fixing the problem, the Mate temperatures were decreasing from 40-47�C to 19�C when the system was running again in normal temperature conditions (cooling system running well again, at -10�C).

The second one ConfigDASMuvi1Tel5mufeeXokTemp.png (Telescope 5) shows Mate for Tel.5 with T around 19�C.

When the temperature is set at -10�C on the cooling machine, and when we run in normal conditions, after stabilizing the temperature inside the chamber, the standard conditions on the Mates are around 7-12�C (depending on the position of the telescope on the chain of cooling tubes, close or not to the entrance or exit tubes).
To read the temperatures on the Mate, we need to have the low voltages on, and the software Das online.

Attachment 1: ConfigDASMuvi1Tel4mufeeX.png

Attachment 2: ConfigDASMuvi1Tel5mufeeXokTemp.png

Debug of Must2 telescopes

Thu Apr 26 19:37:24 2018

Today we found different problems, no time on T4 and no signal on T5 and T6 CsI tripping. After changing cables and a lot of tests with the chamber open and only the BT ON, T4 and T5 problems seemed to be fixed.

The CsI of T6 is still tripping but it will have to be tested with the chamber closed.

For a more precise explanation see the pdf in attachment.

Attachment 1: debug_mm_telescopes.pdf

Attachment 2: Problem_on_T5_T6_cable_swap.pdf

Status of MUST2 telescopes 27/04/18

Sat Apr 28 10:17:22 2018

Yesterday night we tested T1, T2, T3, T4, T5, and T6.

All telescopes (except T6 which still have a "tripping" CsI) have an Energy and Time signal on X and Y!

Joined is the final results with every working telescopes.

T5 is now placed in 0 degree chamber cabled with the cables corresponding to telescope 5, except the BT which is the one from the unused T7
(BT for telescope 5 didn't work).

Attachment 1: Third_good_run_Energy_and_time_for_5_Must2_detectors_2018-04-27_19-32-23.png

multiples runs with two alpha source on T1 T2 T3 T4 and T5

Sat Apr 28 13:27:26 2018

For the following runs we will use two 3 alpha sources :

On T1, T2, T3, and T4 : 11615 : Flux = 1496 alpha in 2 pi
On T5 (at 0 degrees) : 11616 : Flux = 1603 alpha in 2 pi

runs #170 - #181 were debugging runs.

Issue were found :
- T6 gives a lot of ORD with or without HV ON.
- If a stop is added to MUVI2, there is an energy shift of the alpha peaks. This behaviour can be seen in run 172.

run #182 is a good run. With both 3 alpha sources and no stop on any of the MUVI cards.

Problem with DAS configuration

Sat Apr 28 13:36:52 2018

There is an issue with the GMT slave. When you click Online and then apply write hardware, if the message : register error on GMTSlave appear, reload a functioning DAS config and do not write hardware twice.

If you use write hardware twice, the error will disappear, but almost no triggering of the GMT will occur.

Run 182 end ; problem with cooling

Sat Apr 28 21:12:55 2018

RUN 182 start @13h
Stoped @ 21H

3alpha run
Problem with cooling of M2 in M2C. Looks like the debit reduced in time: retour no longer as cold as entrance.

Removed the HVs but mantain cooling to test.

Attachment 1: end_result_alpha_source_28_April.png

Sun Apr 29 20:37:58 2018

Attachment 1: chrono.jpg

6run 186 3a source 60 co source

Mon Apr 30 20:38:21 2018

run #186

start@11h 30/04
stop @ 20h40

trigger T1-T5+EXL+PPT

Mon Apr 30 20:42:34 2018

run #188 60co source EXL+PPT trigger

Started @20h42 30/04
Stopped @10h37 01/05

Tue May 1 10:47:41 2018

run #189 60co source EXL+PPT trigger
Changed the way of codding PPT. for this run ppt is coded with the QDC using first dynode.
Started @10h48 01/05
stopped @8H55 02/05 Francois

Wed May 2 18:11:59 2018

Iulian Marlenne Louis

Run191 start 18h stop 18h10
Run ok, saved config DAS with good polarity on the thresholds CSI & piedestal allignement on MM1-MM5

Attachment 1: run_191.png

Thu May 3 08:50:17 2018

turbo pumps stopped at 8H45

problem with the cooling system of the M2C chamber, the liquid was in the pipe but it was stopped, no flow, with a lot of "dusts" (vert de gris) => decision = we purge the pipes and the cooling system, once again !

X and Y possitions on the detector

Thu May 3 15:04:03 2018

Telescope 1 : PCB 5 (ref on pcb: 2274)
Telescope 2 : PCB 4
Telescope 3 : PCB 7
Telescope 4 : PCB 11 (ref on pcb: n�2834-9)

Telescope 5 : PCB 2 (ref on pcb: X2489-8) Placed in the 0� chamber
Telescope 6 : PCB 6 placed at 180� compared with the beam direction

------------------------   ------------------------
X1/Y1 X2               /  \              Y2  Y1/X1
Y2                    /    \                    X2
        4            /      \            1  
                    /        \
                   /          \ 
                  /            \
                 /              \
-----------------                -----------------
-----------------        x       -----------------
                 \     BEAM     /
                  \            /
                   \          /
        3           \        /         2
                     \      /
X2                    \    /                    Y2
X1/Y1 Y2               \  /               X2 X1/Y1
------------------------  ------------------------



----------------------
|                    |
|                    |   Detector 5
|                    |
|                    |
|         x          |
|       Beam         |
|                Y3  |
|                Y2  |
|          X2 X1/Y1  |
----------------------

X and Y possitions on the detector

Thu May 3 15:20:16 2018

Telescope 1 : PCB 5 (ref on pcb: 2274)
Telescope 2 : PCB 4
Telescope 3 : PCB 7
Telescope 4 : PCB 11 (ref on pcb: n�2834-9)

Telescope 5 : PCB 2 (ref on pcb: X2489-8) Placed in the 0� chamber
Telescope 6 : PCB 6 placed at 180� compared with the beam direction

------------------------   ------------------------
X1/Y1 X2               /  \              Y2  Y1/X1
Y2                    /    \                    X2
        4            /      \            1  
                    /        \
                   /          \ 
                  /            \
                 /              \
-----------------                -----------------
-----------------        x       -----------------
                 \     BEAM     /
                  \            /
                   \          /
        3           \        /         2
                     \      /
X2                    \    /                    Y2
X1/Y1 Y2               \  /               X2 X1/Y1
------------------------  ------------------------



----------------------
|                    |
|                    |   Detector 5
|                    |
|                    |
|         x          |
|       Beam         |
|                Y3  |
|                Y2  |
|          X2 X1/Y1  |
----------------------

Valerian Marlene and Francois

Thu May 3 19:11:14 2018

run #196
3 alpha source and pedestals supressed
Trigger T5 only

Fri May 4 11:20:50 2018

After increasing the voltage on T5 DSSD from 80V to 100V the resolution increased from ~40keV sigma to 20keV sigma.

StripX vs StripY bidim and the 3 alpha peaks are joined to this entry.

Attachment 1: StripX_vs_StripY_T5_100V.pdf

Attachment 2: Si_E_T5_100V.pdf

Run #203 alfa source & 60co source

Fri May 4 23:58:07 2018

run #203

alpha source & 60co source
start 23h56
stop 11h07

Attachment 1: run_203_ht.png

Attachment 2: run_203_ppt.png

Attachment 3: run_203_EXL.png

Attachment 4: run_203_must2.png

Sat May 5 11:14:33 2018

run #204 alpha source

run #204
alpha source
start @11h15 05/05
stop @15h16 06/05

Cooling stopped on T5, the cooling system was beeping with a LLL error, I started it again but it stopped with this error again... I stopped the BT and HT on T5.
One of the BT was tripping. I looked at the DAS, but the temperature seemed Ok... but I have no idea if they reflect well the reality...

I join to this entry screenshots :
- the CAEN 1527 terminal
- the das of MUVI2 channel 1 X&Y
- the vigru screen updated
- The LLL error

After calling Francois and Laurent Menager, I refilled it with alcool from the blue containers. It seemed to be working again.

Attachment 1: BT_tripped_T5.png

Attachment 2: T5_das_no_cooling.png

Attachment 3: T5_das_no_cooling2.png

Attachment 4: T5_vigru_no_cooling.png

Attachment 5: 20180506_152338.jpg

Sun May 6 17:52:21 2018

Run #205 T1 T2 T3 & T4

run #205
T1 T2 T3 & T4 T5 still in trigger but no HT/BT
start @15h43
stop @17h52

Update on the cooling system problem

Sun May 6 17:55:05 2018

After waiting for 1-2 hours. I started the BT again on T5 no tripping BT anymore. While writing hardware with DAS T5 responded well.

After starting the HT, i started a new run :

run #206
start @18h02
stop @18h15

the spectrum seem OK.

In both cooling systems the levels are still good, did we refilled the 0 degree cooling system since the beginning?

The vacuum is @ 9.1e-6 in M2C and 2e-5 in 0 degree chamber.

I then left the cooling ON, but stopped both HT and BT on every telescopes.

I join with this entry screenshots of :

- T5 spectra
- BT&HT current before stopping
- DAS window for X&Y

Attachment 1: T5_vigru_after_cooling_issue.png

Attachment 2: BT_HT_part1.png

Attachment 3: BT_HT_part2.png

Attachment 4: BT_HT_part3.png

Attachment 5: T5_das_after_cooling_issue_X.png

Attachment 6: T5_das_after_cooling_issue_Y.png

Update on the cooling system and run gamma (signal problem on PPT)

Mon May 7 10:42:58 2018

Today, both cooling system are working fine and their levels are OK.
The vacuum are 7e-6 mbar in M2C and 2e-5 in the 0 degree chamber.

I start a new gamma run :

run #207
trigger : EXL + PPT
start @10h44 07/05/18
stop @11h14 07/05/18
No signal on PPT. EXL OK.

I join to this entry a screenshot of EXL HT and EXL + PPT spectra

I start a new gamma run :

run #208
Bad run

run #209
trigger : EXL
start @11h21 07/05/18
stop @17h44 9/05/18

Attachment 1: HT_EXL.png

Attachment 2: EXL_spectra_run207.png

Attachment 3: PPT_spectra_run207.png

Attachment 4: EXL_spectra_run209.png

Thu May 10 14:38:41 2018

Tried unsuccessfully to change the gain on EXL energies.
Looking at the inspection lines noticed that all the EXL signals were inverted (negative) and we were coding only the pole zero part of the signals.
Looking into the manual find out how to change polarity of the signals. Did that and now the signals look normal with normal gain change after polarity change.
EXL polarity is negative so Mesytech modules have to be set to use negative input signals.

Started run #211 & #212 #213 60Co source efficiency run

Thu May 10 15:06:44 2018

Run #211 BAD Run no BT
60Co source efficiency run EXL & PPT trigger. Gains and thresholds set
start @15h05 10/05
stop @10h38 11/05

Run #212 BAD Run threshold changed
60Co source efficiency run EXL & PPT trigger. Gains and thresholds set
start @12h19 11/05
stop @13h14 11/05

Run #213
60Co source efficiency run EXL & PPT trigger. Gains and thresholds set
start @13h20 11/05
stop @8h20 12/05

QDCTDC_VOIE_0 -> PPT_E

This run used e744_12mai_founctione.das config (looks corrupted for must2 as no y energies)

Attachment 1: PPT_spectra_run213.png

Attachment 2: EXL_spectra_run213.png

Fri May 11 14:00:48 2018

iulian wrote:

PPT HV = 650 V

This is happening when the pre-amplifiers for EXL are not alimented.. When they are alimented the EXL sigal polarity is positive.. The gains and thresholds for Mesytech modules are below

Attachment 1: 20180511_132034_1526038557770.jpg

Run #114 T1-T5 trigger 3alpha source calib run

Sat May 12 08:54:42 2018

Run #214
Trigger T1-T5 & gamma
3 alpha run
start @8h15m55s 12/05
stop @20h01 12/05

This run use new das config copied from e744_save04mai_fonctionne.das, updated and then re-saved to e744_save12mai_fonctionne.das
The previous config , saved now under the name e744_save12mai.das, gives no Y energies in the spectras and an error on Muvi2 (some register different)

Attachment 1: Must_spectra_start_run214.png

Attachment 2: Must_spectra_stop_run214.png

Run #115 3 alfa run Calibration T1-T5 trigger

Sat May 12 20:09:09 2018

Run #215
Trigger T1-T5
3 alpha run
start @20h09 12/05
stop 11h40 13/05

Run crashed during the night (looks line NARVAL)...
Needed to stop and start to be able to init VME slave.... VME master was ok

Attachment 1: Must_spectra_start_run215.png

Attachment 2: Must_spectra_stop_run215.png

Attachment 3: error_run215.png

Attachment 4: error_1minlater_run215.png

Run #116 3 alfa run Calibration T1-T5 trigger

Sun May 13 12:09:55 2018

Run #115
3 alfa run Calibration T1-T5 trigger
start 12h10

start_online gives a ilegal instruction fault from time to time:

Attachment 1: Must_spectra_start_run216.png

start_online ilegal instruction fault

Sun May 13 13:32:44 2018

From time to time the start_online code gives an ilegal instruction error and crash... Once the ctrl-c pressed it shows:

"Error in <TFile::cd>: No such file /home/e748/analysis/nptool/Outputs/Simulation.root:/"

Run #116 #117 3 alpha run Calibration T1-T5 trigger

Sun May 13 19:36:09 2018

run #116
start @12h07 13/05/18
stop @19h45 13/05/18

I refilled the 0 degree cooler.

run #117
start @19h47 13/05/18
stop @ 9H04 14/05/18

Joined is a screenshot of the HT of MUST2

Vacuum in M2C is 5.7e-6 mbar and ~4e-5 in the 0 degree chamber which is higher than before.

Joined spectra.

Attachment 1: MUST2_HT_BT_13-05-2018.png

Attachment 2: spectra_14-05-2018.png

Mon May 14 10:49:47 2018

Problem :
TDC labels are 0. After the compilation of action list the labels seem to appear (if I remember correctly), but after a save/reload of the config they are gone, and in all cases no event coded (on the oscilloscope a validation point is visible, but do not know what this means in the case of a TDC � even after looking in GANIL wiki related doc).

Solution :
Solved by Fred. He made "init" at the VME MUST2MASTER in the RCC.

Mon May 14 12:57:44 2018

Cibles Georges

1) Plastique 63 �m

2) 104 �m

3) 200 �m

Cibles GoodFellow

4) Carbone 0.075 mm (je calcule �paisseur de 8,9 mg/cm2)

5) Poly�thyl�ne 63 �m

6) Poly�thyl�ne 0,1 mm = 100 �m

7) 2 cibles de 100 �m en sandwich = 200 �m

Mon May 14 13:52:25 2018

Normalement, les profileurs devraient voir le faisceau.
En g�n�ral, la fen�tre d�entr�e est de 12�m de titane et il y a une plaque d�alu de 3mm en sortie.
Donc il y a une plaque d�arr�t sur le dernier profileur.
Mais m�me si c�est une feuille d�inox en sortie, le faisceau ne devrait pas sortir.
(Antony Dubois)

Attachment 1: Sans_titre.jpg

Tue May 15 09:58:52 2018

run #118
Trigger T1 T2 T3 T4 & T5
EXL + BT not biased but still in trigger
3 alpha
start @18h04 14/05/18
stop @10h00 15/05/18

Calibration of EXL from e748 data

Tue May 15 19:42:40 2018

The EXL calibration program is ready. Join is the result with previous data from e748.

Attachment 1: EXL_Sum_e748_Calib.png

run #300 60 Co source EXL & PPT trigger

Tue May 15 21:32:46 2018

Run #300
PPT EXL trigger 60Co

start 21:32:06 15/05/2018

Francois & Ruxandra & Armel

Wed May 16 09:49:26 2018

E1D6 and E2D6 detectors

After struggling with the noise, we achieved ~ 50 keV resolution.

Source = 1 alpha peak 241Am E=5.485 MeV

Detector E1D6 50 �m 25 V in principle, but set to 100 V
Detector E2D6 300 �m 70 V in principle, but set to 100 V

PA gain = 20 mV/MeV

Maximum output signal of the new PA (differential) = 8 V.

Attachment 1: essai.jpg

Wed May 16 11:30:21 2018

Run #302

60 Co source PPT & EXL trigger

1start 21h46m40s 15/05
stop 10h 16/05

Wed May 16 16:27:29 2018

e744, lama, beyhan

TACS from LISE to the exp DAQ

The following TACs signals from LISE have been cabled and send to the experimental acquisition (->D6)

TED4_HF (cable physically labeled 29 of the ADC)
TE2D6_HF (cable physically labeled 30 of the ADC)

--> They should be added to the DAS when possible

NOTE that TE1D6_HF (cable physically labeled 31 of the ADC) was already cabled

Wed May 16 17:03:18 2018

Calibration coefficients for the PPT detector using the 60Co and 40K lines: E=0.5514*ch - 83.322. Internal radioactivity at 1444 keV, not separated from 40K
Efficiency: During the run (21h46min40s) the number of gammas emitted from the 60Co source is 66796800; for the Co pics the integrals are: 2.71e05 for the 1173.2 and 1.87e05 for the 1333, respectively (0.4% and 0.3%) without geometrical factor

Wed May 16 17:14:20 2018

e744, lama, beyhan

setting of signals from LISE to exp. DAQ

We put the following signals from LISE on DAQ :

(counting channels from 1)

E_D4 channel 17
E1_D6 channel 18
E2_D6 channel 19
T_D4 channel 20
T1_D6 channel 21
T2_D6 channel 22

tomorrow : set individual triggers of the ADC (OR of T_D4, T1_D6 and T2_D6)
(need to build a cable...)

First successful Calimero run on T1 voie X run 316

Wed May 16 18:01:47 2018

Attachment 1: Calimerro_run316.png

run #318 Calimero T1-T4 strips X

Wed May 16 19:06:39 2018

Run #318

Calimero T1-T4 X

Attachment 1: Calimerro_run318.png

Attachment 2: Calimerro_T4_X_strip2_run319.png

Attachment 3: Calimerro_T2_X_strip12_run319.png

run #319 calimero T1-T4 Y strips

Wed May 16 20:26:48 2018

run #319
calimero T1-T4 Y strips

Attachment 1: Calimerro_run319.png

Wed May 16 20:36:40 2018

run #320 Calimero T5 X

run #320

Calimero T5 X

Attachment 1: Calimerro_run320.png

Run #321 Calimero T5 Y strips

Wed May 16 20:42:43 2018

Run #321

Calimero T5 Y strips

Attachment 1: Calimerro_run321.png

Run #322 Calimero T1-T4 X strips

Wed May 16 21:27:55 2018

Run #322
Calimero T1-T4 X strips
1 channel per mate not done (Valerian too slow to cable start stop Wink

)

Attachment 1: Calimerro_run322.png

Run #323 Calimero T1-T4 strips X

Wed May 16 21:45:47 2018

Run #323
Calimero T1-T4 strips X

Attachment 1: Calimerro_run323.png

Wed May 16 22:03:13 2018

run #324
60Co

start 22h02 16/05
stop 10h12 17/05

Attachment 1: EXL_run324.png

Attachment 2: PPT_run324.png

EXL delay of ADC Codding window

Thu May 17 12:04:45 2018

EXL timing delays for Mesitech module 2 & 1

Module 1
ECL sygnal going to the ADC are delayed by 1.3 us
Trigger output is delayed by 350 ns
EXL input signal has a rise time of 3 us

Module 2
ECL sygnal going to the ADC is delayed by 554 ns
Trigger output is delayed by 350 ns
EXL input signal rise time is 3 us

Attachment 1: Exl_timing_mesy_1_2.pdf

Run #333 Last alfa run before experiment

Thu May 17 18:29:16 2018

Run #333
3a source
T1-T5 trigger

start 18h30

ps: If no HT on the detectors but BT on, you will have alfa E&T on X, but not on Y side (except some strips)

Attachment 1: Must_spectra_start_run333.png

Run #334 Last 60 co run for eficacity before experiment

Thu May 17 19:15:21 2018

Run #334

start 19h15

Fri May 18 10:47:37 2018

Thu May 17 . run 339
60Co calibration
start @19h26 17/05/18
stop @7h39 18/05/18
EXL + PPT trigger

Fri May 18 13:28:24 2018

The new calibration coefficients for the PPT detector (run 339): E=0.526*ch+32.57

Fri May 18 15:17:19 2018

Megumi and Louis

TAC range setting and time calibration

1 mm-cats 1us
2 mm-hf 200ns
3 mm-exl 1us
4 mm-ppt 1us
5 cats-hf 200ns
6 exl-cats 1us
7 ppt-cats 1us
8 mm-mcp 1us
9 mm-hfv 200ns
10 mcp-hf 200ns

time calibrator setting
period 0.02us
range 1.28us

run340 for test
run341 for calibration of mm-cats start
run343 for calibration of mm-hf
run344 for calibration of mm-exl, mm-ppt, mm-mcp, mm-hf, mcp-hfv

added on 21/05/2018
we found validation point was missing for some channels

run349 for calibraion cats_hf
run350 for calibration ppt_cats
run351 for calibraion cats_hf again
run352 for calibration exl_cats

calibration parameter (in ns)
1 mm-cats 0.0495255
2 mm-hf 0.0102974
3 mm-exl 0.0500575
4 mm-ppt 0.0510095
5 cats-hf 0.010322
6 exl-cats 0.0547923
7 ppt-cats 0.051581
8 mm-mcp 0.0507524
9 mm-hfv 0.0107085
10 mcp-hf 0.01041

Fri May 18 17:38:21 2018

Francois and Pedja

translator nim to ecl

There was a problem with the scalers, not all of them were working. After several tests, we changed the electronic module, from Lecroy ECl-NIM-ECL to module LPC translator NIM-ECL. We checked all channels, they work. For a while channel N�4 was not working. We changed the nim cable, it works now.

Attachment 1: scalers.png

Started run #346 Room background PPT EXL

Sat May 19 15:32:51 2018

run #346

Room background PPT EXL

start 15h32 19 Mai
stop 18h52 20 Mai

Sun May 20 18:53:44 2018

iulian Jaromir Cristina

Run #347 Background run EXL & PPT triggers

Run #347
Background run EXL & PPT triggers
start @18h53 20/05
stop @11h14 21/05

Attachment 1: PPT_run347.png

Attachment 2: EXL_T_run347.png

Attachment 3: EXL_E_run347.png

ruxandra cristina giuseppe jaromir

Sun May 20 19:11:57 2018

EXL-addback and light leak considerations

60Co

in the middle of the considerations - pdf file

Content:
Light leak between PM-pair
Zamora theses
Peyre R3B development

Runs 302, 339
There were huge loads, DT not under control, the LaBr and EXL did not coincide.... solved 2018/05/22
Run 347 background - better

Attachment 1: EXL.pdf

error stop run/ run still going

Mon May 21 11:26:55 2018

After stopping run 347, the narval looks like everything was stopped (blue ready), but I still had FAGs, VALs, and the leds on the GMT were blinking. MUVI was in ready state (leds green - red).

Attachment 1: error_Narval.png

Attachment 2: error_DAS1.png

run 348 test comunication with Must. Pulser T1 channel 11

Mon May 21 11:42:16 2018

Attachment 1: MUST2_Pulser_T1_E11_run348.png

Tue May 22 10:44:30 2018

iulian Fairouz Valerie

Run #353 Calimero T1-T4 strips X

Started run #353
Calimero T1-T4 strips X
Time Calibrator 320 ns ; period 20 ns

Tue May 22 11:37:50 2018

Calimero T1-T4 strips X
Time Calibrator 640 ns ; period 20 ns

Attachment 1: PlotTel1strxT101calimOk.png

Attachment 2: PlotXTel1tXT88Probmate.png

Attachment 3: PlotXTel1to4XTProbmate.png

Attachment 4: PlotXTel1to4XTcalimero.png

Tue May 22 11:59:06 2018

Attachment 1: configGecotelstrYTcalimero.png

Attachment 2: StartCalimero6%.png

Attachment 3: ConfigGecostartCalimero.png

Attachment 4: startRccbrefCalim.png

Attachment 5: RccbeforeStartcalimero.png

Attachment 6: ConfigGecobeforeStart.png

Attachment 7: NarvalConfigGecoCal.png

Attachment 8: MUST2_calimGecoTX.png

Tue May 22 12:09:27 2018

iulian Fairouz Valerie

Run #354 Calimero T1-T4 strips X

Started run #353
Calimero T1-T4 strips X
Time Calibrator 640 ns ; period 20 ns

Attachment 1: PlotXTel1tXT88Probmate.png

Attachment 2: PlotTel1strxT101calimOk.png

Attachment 3: PlotXTel1to4XTProbmate.png

Attachment 4: PlotXTel1to4XTcalimero.png

Attachment 5: PlotXTel1to4XTcalimero.png

Tue May 22 12:10:27 2018

iulian Fairouz Valerie

Run #355 Calimero T1-T4 strips Y

Started run #353
Calimero T1-T4 strips Y
Time Calibrator 640 ns ; period 20 ns

Run #356 Calimero T1-T4 strips Y

Tue May 22 13:40:03 2018

Run #356
Time Calibrator Calimero stripYT T1to T4 640ns period 20ns

Tue May 22 18:33:32 2018

Nicolas, Adrien

How to run Online and Convert raw data files

1. How to run Basic_online or Online code

From any computer (logged as e748 user), type 'online'. This logs you to the lpcgrit server and the online directory
From the command line, run 'start_online' to start the Online code
From the command line, run 'start_basic_online' to start the Basic_online code

2. How to convert raw data files

From any computer (logged as e748 user), type 'conversion'. This logs you to the lpcgrit server and the conversion directory

Now, two options are possible (first one is preferred)

From the command line, run './run_convert.sh run_number'
This converts the raw data files which have not been converted yet since run_number
From the command line, run './Convert run/run_file_to_convert rootdir/converted_run_name.root
This converts runs one by one

Run #359 Calimero T1-T4 strips X

Tue May 22 19:36:50 2018

Run #359
amplitude of the gene is now set to 10 MeV
Time Calibrator Calimero stripsX T1to T4 640ns period 20ns

Attachment 1: CalimeroRunXTampli10MeV.png

Attachment 2: PlotStripsXTcalimero.png

Attachment 3: PlotStripsT1XT67calim1.png

Attachment 4: PlotStripsT2XT27calim1.png

Attachment 5: PlotStripsT4XT28calim.png

Attachment 6: PlotStripsT4XT44calim.png

Attachment 7: PlotEXPulserProbT4.png

Attachment 8: PlotStripsT1toT4XT_run359.png

Tue May 22 19:40:26 2018

Francois

Planning of the experiment

Attachment 1: Chekclist_E744_4.pdf

snapshots for steps in Calimero calibration

Tue May 22 19:40:48 2018

Attachment 1: Calimero-step1.png

Attachment 2: Calimero-step2.png

Attachment 3: Calimero-step3.png

Attachment 4: Calimero-step4.png

Attachment 5: Calimero-step5.png

Attachment 6: Calimero-step6.png

Attachment 7: Calimero-step7prog.png

Attachment 8: Calimero-step8proginit.png

Attachment 9: Calimero-step9startRCC.png

Attachment 10: Calimero-step10startcalim.png

Attachment 11: CalimeroRunXTampli10MeV.png

Fairouz, Valerie, edited by Iulian Megumi

Tue May 22 20:06:15 2018

Run #360 Calimero T1-T4 strips Y

Started run #360
calimero stripsYT T1 to T4 640 ns; period 20 ns
amplitude pulser 10 MeV
There was a problem on T2 as the channel 2 on GMT MASTER was set on TTL.

Attachment 1: Calimero_GMTproblem.png

Tue May 22 21:43:31 2018

run 361
start 20h38
stop 21h41

Attachment 1: T1T4_Xstrips_run361.png

Run #362 Calimero T1-T4 strips X again with solution

Tue May 22 21:57:51 2018

Changed the Thresholds on T4. No longer double peaks...
I guess there is some noise on the T4 and he triggers on the noise from time to time => double peaks
Also T1-T3 have have strip 16 near pidestal who is counting a lot (red)

Attachment 1: Thresolds_T4_run362.png

Attachment 2: T1T4_Xstrips_run362.png

Run #363 Calimero T1-T4 strips X again with threshold at 50% (same as 40%)

Tue May 22 22:33:09 2018

Run #363
NB: Thresholds are the ones on the pulser amplitude to inject the signal (Calimero Pulser interface on Geco). see snapshots on the Calimero summary.
Calimero with 50% thresholds on T4. Same spectra as with the thresholds @40%. I think T4 is triggering on cross-talk, so when the thresholds it's high it's ok.

Attachment 1: T1T4_Xstrips_run363.png

Run #365 Calimero strips Y T1-T4 100% Threshold

Tue May 22 22:50:47 2018

Run #365
Calimero strips Y T1-T4
100% threshold on T4
Something is wrong with the masking?!

Attachment 1: T1T4_Ystrips_run364.png

Run #366 NARVAL FATAL ERROR

Tue May 22 23:42:02 2018

RUN #366
EXL PPT triggers
Falat error from NARAVL

after the error, there is also following message,

____________

Level : WARN
Date : 23/05/2018 00:11:04
Logger : log from NARVAL.storer
Remote Info : localhost:41058
- - - - - - - - - -
Message :
Basic_Storer.Update_Files_Status : File name /data/e748X/e744/acquisition/run/run_0368.dat.22-05-18_23h46m25s already used.

____________

we change the run number to 400, and restart taking data

RUN #400
EXL PPT trigger
for chacking coincidence

Attachment 1: error_narval_run366.png

RUN #402, EXL PPT trigger

Wed May 23 00:30:34 2018

RUN #402
start exl ppt run for checking coincidence
exl ch 17 put in to adc2 ch 32

RUN #405, EXL PPT trigger

Wed May 23 10:52:28 2018

RUN #405
start exl ppt run for checking coincidence

Attachment 1: GMTtriggerRun405.png

Attachment 2: ScalersRun405.png

Attachment 3: EXL_E1to16duringRun405.png

Attachment 4: EXL_T1to16duringRun405.png

Wed May 23 10:57:13 2018

photo of the circuit area

Attachment 1: IMG_8459.JPG

Attachment 2: IMG_8460.JPG

Attachment 3: IMG_8461.JPG

Attachment 4: IMG_8462.JPG

Attachment 5: IMG_8463.JPG

Attachment 6: IMG_8464.JPG

Attachment 7: IMG_8465.JPG

Attachment 8: IMG_8466.JPG

Attachment 9: IMG_8467.JPG

Attachment 10: IMG_8468.JPG

Attachment 11: IMG_8469.JPG

Attachment 12: IMG_8470.JPG

Attachment 13: IMG_8471.JPG

Attachment 14: IMG_8472.JPG

Attachment 15: IMG_8473.JPG

Time calibration for TDC (EXL)

Wed May 23 13:15:47 2018

Time calibrator setting
Range 5.12 us
Period 160 ns

RUN #406 : Time calibration for TDC ch 1,2,3,4,5,6,7,8
ch2 is missing...

RUN #407 : Time calibration for TDC ch 9,10,11,12,13,14,15,16

RUN #408 : Time calibration for TDC ch 17, 31, 32 (PPT, EXL17, EXL18)
but i cannot find those entry in the basic_online...

The calib parameters for EXL detector (energy+time) are:

EXL_E1 -71.1150 0.668983
EXL_E2 132.36 0.519247
EXL_E3 71.2 0.5649
EXL_E4 -58.9582 0.600488
EXL_E5 72.8547 0.579928
EXL_E6 -56.2703 0.598377
EXL_E7 91.2014 0.540216
EXL_E8 95.1007 0.488096
EXL_E9 9.26351 0.610848
EXL_E10 -2.42136 0.560869
EXL_E11 86.8976 0.503247
EXL_E12 105.457 0.464832
EXL_E13 45.8667 0.848081
EXL_E14 68.9514 0.792648
EXL_E15 2.84729 0.799
EXL_E16 18.4952 0.426236
EXL_E17 18.7380 0.485055
EXL_E18 116.032 0.492694
EXL_T1 0 1.73118
EXL_T2 0 1
EXL_T3 0 1.72242
EXL_T4 0 1.7302
EXL_T5 0 1.74106
EXL_T6 0 1.71348
EXL_T7 0 1.73504
EXL_T8 0 1.73337
EXL_T9 0 1.72332
EXL_T10 0 1.75605
EXL_T11 0 1.7177
EXL_T12 0 1.74387
EXL_T13 0 1.74781
EXL_T14 0 1.72464
EXL_T15 0 1.72852
EXL_T16 0 1.72436
EXL_T17 0 1
EXL_T18 0 1

Attachment 1: Capture_du_2018-05-23_13-29-34.png

Procedure to start stop RUNS

Wed May 23 15:10:15 2018

Attachment 1: fiche_start_run.pdf

Attachment 2: fiche_stop_run.pdf

Wed May 23 15:40:58 2018

Charles Houarner Val�rie

TESTS MUVI internal pulser T1-T4 strips X

To check the signals and trigger on T4 we used the internal pulser on T4,
from the SYNCHROTEST pulser at 150 Hz.
The signal was set on the channel 5 of each Mate of the MufeeX card of the T4 telescope:
MM4_STRX_E5, E21, E37, E53, E69, E85, e101, E117.
Figure testGeneInterneT4plotCh5Mate.png
The signal of the pulser can be seen around 9400 to 9850 on the several channels (see the zooms). the pedestal is large, around 8085 to 8100.
on the other channels see for instance the zoom on Strx_E118.
Pulser on channel 5 of 4 Mate of MufeeX TestMust2tel4matePulserInt.png

With the pulser only on channel 5 of Mate-1 of T4,
see the thinner pedestals on the other channels, in the plots:
TestMust2tel4PulserIntMate5.png
Checking the pedestals on the other telescopes: TestMust2telT1toT3andT5mat5onT4.png

Attachment 1: testGeneInterneT4plotCh5Mate.png

Attachment 2: testGeneInterneT4plotCh5MatePied.png

Attachment 3: TestMust2tel4matePulserInt.png

Attachment 4: TestMust2tel4PulserIntMate5.png

Attachment 5: TestMust2telT1toT3andT5mat5onT4.png

CALIMERO run 409 - XT - T1 to T4

Wed May 23 15:42:04 2018

Started run #409
GMT triggers: GecoCalimeroMuviGMT.png
HT on cf : HTtelescopesMustsWed23May.png
Calimero TC 640ns; period 20ns
XT for T1 to T4 ampli pulser 12MeV
thresholds for telescopes T1 to T3, 400 keV except T4: Threshold 1MeV
cf GecoCalimeroMuviTel4Thr1MeV.png
problem of configuration:
cf configCalim1.png trigger must be external on the calimero pulser interface.
cf good one on the configCalimOkexterne.png (to be done for the next runs)

Attachment 1: GecoCalimeroMuviTel4Thr1MeV.png

Attachment 2: configCalim1.png

Attachment 3: configCalimOKexterne.png

Attachment 4: GecoCalimeroMuviGMT.png

Attachment 5: HTtelescopesMustsWed23May.png

Wed May 23 17:23:34 2018

Pedestals and alpha calibration analysis

Calibration coefficients for MUST2 telescopes were extracted from run_0118 (acquired during night from 13th to 14th of May). They are now located in the folder:

/home/e748/analysis/nptool/Projects/e744/Calibration/Energy/Calibration/Summary_run_0118

Based on the analysis of this run we realized that:

T4_StripX had pedestal normalization issue (for MATE 1,3,5,7) and alpha peaks were enlarged or doubled.
Pedestals used until today (23rd of May) were based on the pedestal measurement of the 28th of April !

Due to that, we remeasured the raw values of the pedestals today and compared them with the one used up to now.
The differences (in channels) between these two pedestal values for each telescope are plotted on the attached figure (X from 1-128 and Y after).
The drifts can be partially understood by the fact that the conditions evolved a lot during one month (cooling system temperature, etc).

For the online analysis, calibration of run_0118 (13/05) will be used but they somewhat lie in time between the two pedestal measurement (28/04 and 23/05).

However it is important right after the experiment to perform a new alpha calibration in conditions much closer to the measurement.

Attachment 1: Plot_DiffPedestals.png

Wed May 23 18:20:59 2018

Test Calimero Run 425

Started run #425 Calimero NEW XT T1toT4
ampl Pulser 12MEV; thr for T4 1 MeV
problem on data taking

Wed May 23 20:52:01 2018

Iulian Valerian

run #429 and #430 and config gmt

Changed VAL from 2 us to 2.5 us

run #429 exl ppt triggers

run #430 exl ppt triggers. Changed val on gmtslave also

The correlation between MUST and PPT (run430_E_PPT_vs_T_PPT.pdf) is due to the beta decay of 138La (internal contamination in the LaBr crystal). PPT detects the beta energy with 100% eff, while the gamma rays - emitted in the beta decay process- interacted in MUST detectors. The EXL bidim shows only random events (no internal contamination).

Attachment 1: config_gmt.png

Attachment 2: config_gmtslave.png

Attachment 3: run430_E_PPT_vs_T_PPT.pdf

Attachment 4: run430_E_PPT_proj.pdf

Attachment 5: run430_E_EXL_vs_T_EXLor.pdf

Wed May 23 23:37:14 2018

MUVI configuration DAS

Configurations files of the MUVI 1 MufeeX and Y.
On MufeeX and Y configuration:
Note that the thresholds on Must2 T1 to T3 is at 400 keV on May 23th Midnight (same as before); and for T4, now it is set at 1 MeV (not 400 keV).
On Muvi/CAS configuration :
+ suppression of Energy and time pedestals, see the page in two snapshot files, ConfigMANIPMUVI2CASTel1A.png ; ConfigMANIPMUVI1CASTelB.png
(all green; in contrast with time calib configuration :red squares cf for instance : configCalimMUVI2CASTel8.png)
+ ORDi
checking temperature on the Mufee MUST2 cards:
example of good temperature on card (around 4 to 8�C when the cooling sytem is set at -4�C) : ConfigDASMuvi1Tel5mufeeXokTemp.png
Example of temperature problem on card (cooling system not running correctly, bad situation on April 25th) : Problem25AprilTemptTel4mufeeX.png

Configuration of the modules of the second Slave crate which includes MUVI2, GMT slave and Centrum slave:
Must2Crate2GMTslave.png ; MUVIcrate2ConfigCentrumSlave.png

Attachment 1: ConfigMANIPMUVI2CASTel1A.png

Attachment 2: ConfigMANIPMUVI1CASTelB.png

Attachment 3: ConfigDASMufeeXT4Expert.png

Attachment 4: ConfigDASMufeeYT1Expert.png

Attachment 5: ConfigMUVI1tel1EnePedestals.png

Attachment 6: ConfigMUVI1tel1TimePedestals.png

Attachment 7: ConfigCalimMUVI2CASTel8.png

Attachment 8: MUVI1CasT4config.png

Attachment 9: MUVI1thresholds.png

Attachment 10: ConfigDASMuvi1Tel5mufeeXokTemp.png

Attachment 11: Problem25AprilTemptTel4mufeeX.png

Attachment 12: Must2Crate2GMTslave.png

Attachment 13: MUVIcrate2ConfigCentrumSlave.png

Thu May 24 01:02:19 2018

run #431
Trigger LISE
Beam in D4
start @ 00h36
stop @ 1h34

Attachment 1: ED4_TD4_23-05-18_00-58.png

Thu May 24 01:10:30 2018

Should be ql foil in front of the si detector....

Thu May 24 01:11:26 2018

Cats inserted

efficiency is around ~99%

Attachment 1: ED4_TCATSHF_23-05-18_1-18.png

Attachment 2: ED4_TCATSHF_23-05-18_1-18_efficiency.png

Thu May 24 01:53:28 2018

run 438 D4 in
run 439 d6 in.

D4 D6 transmision with CATS in:

83425./106149.=7.85923560278476430e-01

Attachment 1: run_439_d6_cats_hf.png

Attachment 2: run_439_transmisiond4_d6.png

RUN 440 14N no target trigger Must & cats %100

Thu May 24 02:30:52 2018

RUN 440
14N beam \
no target
trigger t1-t5
cats %100

some counts in t5. Very low transmission . max 30 while in cats we had 500

Attachment 1: run440.png

Position measurements Must2/PPT/EXL

Thu May 24 03:21:37 2018

Attachment 1: STP-2018-E054_E744_I-Stefan_J-Mrazek_LISE-D6.pdf

Thu May 24 03:57:34 2018

run 442 Lise trigger d6

Attachment 1: cats_e1_d6_t1_D6_run442.png

Thu May 24 04:20:34 2018

run 443 T1-t5 triggers

run 443
T1-T5 triggers

still problems to recover the counting on must2. Cats: 5000 pps , T5: 50 pps max

Below changes in tuning with little change in counting...

The energy for 14N7+ at the entrance of must2 should be 28.44 meV if the beam dump thickness is correct (34 um). If a dead layer of 0.5 um of Al is included, the energy became 27.849. This looks very close to what we see on X strip, and about 1 MeV off on Y strips.

Attachment 1: mm5_run443.png

Attachment 2: mm5_2_run443.png

Attachment 3: mm5_3_run443.png

Attachment 4: mm5_4_run443.png

Important::analysis of the run 443/ things to do

Thu May 24 05:44:56 2018

No stop on t5, but TAC MM_CATS ok.. So two possibilities:
1) Stop Cable not connected on Muvi2
2) Problem with the validation of CATS by FAG

HF validated by FAG was not working

Dead time scaler was not working

We need to erase all the scalers at the beginning of the run, including the part from Muvi (ORD, DESC, etc). Atm we erase only the U2M not the other part

The big problem is the transmission between LISE silicon detector D6 and T5 must with CATS on or off. 3000 counts/s on silicon d6 or CATS -> maximum 300 on T5. Is there a way to miss counting in Must2?

TAC_CATS_HF ok
TAC_MM_CATS ok
T_MM_EXLor present with prompt from cosmics?!
T_MM_HF ok
T_MM_HFv not present

Attachment 1: t_mm_PPT_run443.pdf

Attachment 2: t_mmhf_run443.pdf

Attachment 3: t_mm_exlor_run443.pdf

Attachment 4: correlation_run443.pdf

run 444 t1-t4 trigger no target 14n beam

Thu May 24 05:59:44 2018

run 444
t1-t4 trigger
no target
14n beam

Attachment 1: mm5_8_run445.png

Attachment 2: mm5_7_run444.png

Attachment 3: mm5_6_run444.png

Attachment 4: mm5_5_run444.png

Attachment 5: mm5_4_run444.png

run 445 t1-t4 trigger no target 14n beam no CATS

Thu May 24 06:30:27 2018

Attachment 1: mm5_run445_3.png

Attachment 2: mm5_run445_2.png

Attachment 3: mm5_run445_1.png

Thu May 24 06:53:12 2018

run #446 CATS trigger

Val�rie for Calimero team - Val�rian, Fairouz

Thu May 24 12:01:54 2018

Bug server Calimero Run #447-449

Calimero on ganp161
Telscopes T1 to T4 thresholds for T1 to T3 400 keV ; T4 : 1 MeV
ampli pulser 12 MeV
problem: stop calimero at 6%
Bad connection.

Attachment 1: VigruCalimerostartXT.png

Attachment 2: configCalimeroOnGeco.png

Attachment 3: GECOOnrunCalimeroConfig.png

Attachment 4: startcalimeroNarvalRCCstart.png

Attachment 5: startcalimeroWindowGECO.png

Attachment 6: startcalimeroProgOnganp161.png

Attachment 7: startGecoREADHardware.png

Attachment 8: startGecoOnGanp161off.png

Attachment 9: startGecoOnGanp161ok.png

Attachment 10: RuncontrolstopbeforeCalim.png

Attachment 11: startPAforGECOonGanp161.png

Attachment 12: ConfigCalimeroMM2piedNosuppress.png

Val�rie for Calimero team : Val�rian, Louis

Thu May 24 17:18:58 2018

CALIMERO Tests Runs 451 to 452 (done in D6)

Test runs for telescopes T1 to t4
Nb: The applied threshold is now 1 MeV but it seems to be not the case when we look at the spectra.
Maybe a problem of the read configuration in GECO.

Run 451 XT Pulser amplitude 9 MeV
Run 452 YT
NB: good configuration files are given in the next entry

See Notes signed by Val�rie, checked by the team !

Attachment 1: configCalimeroRun452YTthr1MeV.png

Attachment 2: PlotCalimrun452YTthr1MeVmaybe.png

Attachment 3: PlotCalimrun453YT5thr1MeVtrue.png

Val�rie for Calimero team: Val�rian, Louis

Thu May 24 17:23:57 2018

CALIMERO Runs 453-457 OK

Calimero on ganp1074 in D6
Time Calibrator Range: 640 ns; Period 20 ns Amplitude of pulser (test generator) 9MeV
Run 453 Telescope T5 (MUVI2-slave) XT see plot
Run 454 Telescope T5 (MUVI2-slave) YT blocked at 6% -->

NB: stop calimero, stop run, stop geco, load das (to have good config for Mate), reload Geco
(usual steps: Restart Calimero programs, start Run control, start Calimero in geco)

Run 455 Telescope T5 (MUVI2-slave) YT ok

Then stop Run, exit from Geco, load DAS, change configuration for T1 to T4.
Change configuration of Port in RCC Narval. see plot

Run 456 Telescopes T1 to T4 (MUVI1-Master) XT ok see plot

Run 457 Telescopes T1 to T4 (MUVI1-Master) YT ok see plot

Attachment 1: PlotCalimrun453XT5thr1MeVtrue.png

Attachment 2: PlotCalimrun454XYT5thr1MeVtrue.png

Attachment 3: PlotCalimrun455YT5thr1MeVtrue.png

Attachment 4: PlotCalimrun455YT5thr1MeVtrueOk.png

Attachment 5: ConfigCalimeroPortSlaveT5.png

Attachment 6: ConfigCalimeroPortMasterT1toT4muvi.png

Attachment 7: ConfigGECOcalimT1thr1MeV.png

Attachment 8: PlotCalimXT1to4Run456thr1MeV.png

Attachment 9: PlotCalimXT1to4Run456thr1MeVcalim31%.png

Attachment 10: PlotCalimXT3Run456thr1MeVprojch9.png

Attachment 11: PlotCalimXT1Run456thr1MeVprojch51.png

Attachment 12: PlotCalimXT1toT4Run456thr1MeVall.png

Attachment 13: PlotCalimYT1toT4Run457thr1MeVproj66.png

Attachment 14: ConfigCalimYT1toT4Run457thr1MeV.png

Attachment 15: PlotCalimYT2Run457thr1MeVproj83.png

Attachment 16: PlotCalimYT1toT4Run457thr1MeVall.png

e744 team (shift Val�rie)

Thu May 24 19:05:41 2018

Run 458
focalisation on D4 LISE
100Hz on Si Lise triggers: Cats1div (3 10**4) LISE

see scalers end of run

Run 459
same triggers as for Run458
focalisation on D6

Attachment 1: ScalersEndofRun458_beam14N.png

Attachment 2: Run458plotED4TD4HF.png

Attachment 3: Run458plotED4_TcatsLise.png

Thu May 24 19:20:40 2018

Run 460-Spiral 14N test

Run 460
Triggers Must2 Telescopes T1 to T5
( MM1 to MM5)
checking beam focalisation and centering on Must5
see plot
cf scalers during Run

Attachment 1: Run460plotMM5impact.png

Attachment 2: ScalersDuringRun460.png

Attachment 3: MM5impactendofRun460beam.png

Thu May 24 19:32:31 2018

Run 461-Spiral 14N test

Run 461
Triggers Must2 Telescopes T1 to T5
(MM1 to MM5)
after retuning of the beam (on PR62)
checking beam focalisation and centering on Must5
see plot
cf scalers during Run

Attachment 1: ScalersDuringRun461.png

Attachment 2: MM5impactDuringRun461.png

Thu May 24 19:34:40 2018

tuning Wien-Spiral 14N test

Run 24May at 19h50-20pm no storage
Triggers Must2 Telescopes T1 to T5
(MM1 to MM5)

see plot of beam impact Wien filter +0.4 kV, +0.4 kV
cf scalers during Run

Thu May 24 20:18:00 2018

tuning Wien-Spiral 14N test

Run 24May at 19h50-20pm no storage
Triggers Must2 Telescopes T1 to T5
(MM1 to MM5)

see plot of beam impact Wien filter +0.4 kV, +0.4 kV
cf scalers during Run

Attachment 1: MM5impactWien2kV.png

Attachment 2: MM5stripsXYWien0.4et0.4kV.png

Attachment 3: MM5impactXYWien0.4et0.4kV.png

Attachment 4: scalersduringTuningwithWienfilter.png

Thu May 24 20:19:19 2018

Beam centering on MM5-Spiral 14N test

Run 24May at 19h50-20pm no storage
Triggers Must2 Telescopes T1 to T5
(MM1 to MM5)

see plot of beam impact when the beam is centered
cf scalers during Run

Attachment 1: MM5strXYWienCenter.png

Attachment 2: MM5impactXYWienCenter.png

Attachment 3: ScalersTuningWienCenterMM5.png

Thu May 24 20:21:57 2018

Run 462 Beam centering on MM5-Spiral 14N test

Run 462 focalisation on target 24May at 20h15pm storage
Triggers Must2 Telescopes T1 to T5
(MM1 to MM5)

see plot of beam impact the beam is centered
cf scalers during Run and end of run.

Attachment 1: MM5ImpactsRun462.png

Attachment 2: BeamOnMM5stripsXYRun462.png

Attachment 3: ScalersduringRun462.png

Attachment 4: ScalersEndRun462.png

Thu May 24 20:31:30 2018

Run 463 Beam Spiral 14N test

Run 463 focalisation on Must2 24May at 20h30pm storage
Triggers Must2 Telescopes T1 to T5
(MM1 to MM5)

see plot of beam impact
cf scalers end of run.

NOTE THAT The delay is at present 50 ns on the Cats signal "CATS delayed"
it was changed during the run 463 (the previous value was 500 ns).

Attachment 1: scalersendOfRun463.png

Attachment 2: MM5stripsXYERun463.png

Attachment 3: MM5ImpactsRun463.png

Valerian Iulian and Francois

Thu May 24 21:05:05 2018

TARGET

14N - 187um target placement

For resonant elastic scattering of 14N(pp)14N the 187um target is placed.

Attachment 1: 20180524_210115.jpg

Thu May 24 21:05:19 2018

The STOP of MUST2 with CATS is now directly the CATS "delayed signal".
No coincidence with FAG.
NB: the CATS "delayed signal"is the fast time signal from CATS in D4, which is sent to the DAQ area of D6, then delayed.
The delay is at present 50 ns, it was changed during the run 463 (previous value was 500 ns).

Total time to go between exp area to DAQ room then back to exp area is measured to be 780ns.
-->approximately we have the time of 390 to 400 ns to go between DAQ room and D6 exp area.

List of target present in M2C

Thu May 24 21:13:29 2018

The list of target present in M2C chamber are the following :

6 -> CH2 : 187 um / 17.391 mg/cm2 (Georges) -> Full resonance spectra
5 -> CH2 : 100 um / 9.3 mg/cm2 (GoodFellow) -> On 1/2- resonance // ERROR THIS SEEMS TO BE THE SANDWICH TARGET
4 -> CH2 : 104 um / 9.672mg/cm2 (Georges) -> On 1/2- resonance
3 -> CH2 : 63 um / 5.859mg/cm2 (GoodFellow) -> Off 1/2- resonance
2 -> CH2 : 63 um / 5.859mg/cm2 (Georges) -> Off 1/2- resonance
1 -> C : 75 um / 16.9mg/cm2 (GoodFellow) -> Fusion evaporation background

Thu May 24 21:28:45 2018

Run 464 Beam Spiral 14N test

Run 464 focalisation on Must2 24May at 21h25m storage
Triggers Must2 Telescopes T1 to T5
(MM1 to MM5)

focalisation on target ; Target CH2 187�m position num6
see plot of beam impact
cf scalers end of run.
14N 7.6791 MeV/n 14N7+ Brho = 0.79679 T.m measured at CIME
!!!NOTE THAT The delay is at present 50 ns on the Cats signal "CATS delayed"
it was changed during the run 463 (the previous value was 500 ns).

Attachment 1: TAcrefGAGmmCatsHFRun464.png

Attachment 2: ScalersDuringRun464at21h30.png

Attachment 3: MM5ImpactsRun464.png

Attachment 4: MM5ImpactsRun464zoom.png

Attachment 5: MM5StrXYRun464.png

Thu May 24 22:38:44 2018

e744 Must2+lise teams

Run Beam Spiral 14N centered

Shift teams: Fran�ois, Iulan, Freddy, Fairouz, Val�rian, Val�rie, Mihail
LISE teams during evening: Omar Kamalou, Luc Perrot, Pierre Delahaye
Triggers Must2 Telescopes T1 to T5
(MM1 to MM5)

focalisation on target ; Target CH2 187�m position num6
see plot of beam impact
cf scalers end of run.
14N 7.6791 MeV/n 14N7+ Brho = 0.79679 T.m measured at CIME

Attachment 1: MM1234TY_14N_Centered.png

Attachment 2: MM1234TX_14N_Centered.png

Attachment 3: MM1234Y_14N_Centered.png

Attachment 4: MM1234_14N_Centered.png

Attachment 5: MM5_14N_Centered.png

Attachment 6: TAC_14N_Centered.png

Attachment 7: MM_IMPACT_MATRIX_14N_Centered.png

Thu May 24 22:45:36 2018

e744 Must2+lise teams

Run 1001 Beam Spiral 14N centered

Run 1001, cible n�6: 183 um
start @ 21h55; Stop @ 22h36
Shift teams: Fran�ois, Iulan, Freddy, Fairouz, Val�rian, Val�rie, Mihail
LISE teams during evening: Omar Kamalou, Luc Perrot, Pierre Delahaye
Triggers Must2 Telescopes T1 to T5
(MM1 to MM5)

focalisation on target ; Target CH2 187�m position num6

see plot of beam impact
cf scalers end of run.
14N 7.6791 MeV/n 14N7+ Brho = 0.79679 T.m measured at CIME

Attachment 1: scaler-run1001.png

Attachment 2: MMimpactsRun1001.png

Thu May 24 23:20:40 2018

run 1002: 14N beam, CH2 187 um
trigger: MM1,2,3,4,5 + CATS%, EXL%, PPT%
start: 22h41
stop: 23h18

Attachment 1: scaler-stop-run1002.png

run 1003 (target no 6 -CH2 180 um)

Fri May 25 00:09:03 2018

run 1003

14N

start@ 23:18 24/05/2018

stop@ 000:33

Attachment 1: ESi_ECSI_run1003.png

Attachment 2: MM1_MM4_Y_run1003.png

Attachment 3: MM1_MM4_X_run1003.png

Attachment 4: MM5beam_run1003.png

Attachment 5: TAC_run1003.png

Attachment 6: scalers_end_run1003.png

run 1004 (target no 6 -CH2 180 um)

Fri May 25 00:41:19 2018

Run 1004
the thresholds of MUST detector changed to ~0.5 MeV

start@ 00:38 25/05/2018
stop@ 00:57 (due to beam problems Q31 was at 0 - CAMA22 had to be reset)

Attachment 1: scalers_start_run1004.png

Attachment 2: scalers_stop_run1004.png

Attachment 3: ESi_ECSI_run1004.png

Attachment 4: MM1_MM4_Y_run1004.png

Attachment 5: MM1_MM4_X_run1004.png

Attachment 6: TAC_run1004.png

Attachment 7: MM5_run1004.png

run 1005 (target no 6 -CH2 180 um)

Fri May 25 01:05:05 2018

Run 1005

beam intensity fluctuations

start@ 01:17 25/05/2018

stop@ 02:28

Attachment 1: scalers_start_run1005.png

Attachment 2: scalers_stop_run1005.png

Attachment 3: MMimpactsRun1005.png

Attachment 4: TAC_run1005.png

run 1006 (target no 6 -CH2 180 um)

Fri May 25 02:35:13 2018

Run 1006

Around 3h10 Water leak was happened, shutting down all power supplies.
start@ 02:29 25/05/2018

stop@ 03:10

Attachment 1: scalers_start_run1006.png

Attachment 2: scaler-stop-run1006.png

Attachment 3: tac-run1006.png

Attachment 4: mm_impact_run1006.png

Simulation Azure 1H(14N,p) and measurement

Fri May 25 02:57:44 2018

We can know conclude without any doubt that we were able to measure resonances from 1H(14N,p)14N. The resolution with a rough analysis and the current bad calibration is around 180keV in the com.
Identification of resonances is still difficult but some structure seems consistent with previous works. Also, at higher energy there are only few measurement so the data taken with 14N this night should be interesting.

First spectra is simulated with AZURE2
Second spectra is Energy in center of mass for ThetaLab between 0 to 4 degrees (T5)
Third spectra is Energy in center of mass for ThetaLab between 2 to 3 degrees (T5)
Fourth spectra is Energy in center of mass for ThetaLab between 10 to 12 degrees (T1-T4)
Fifth spectra is Energy in center of mass for ThetaLab between 15 to 20 degrees (T1-T4)

Attachment 1: o15.pdf

Attachment 2: E_cm_ThetaLab_0_4.pdf

Attachment 3: E_cm_ThetaLab_2_3.pdf

Attachment 4: E_cm_ThetaLab_10_12.pdf

Attachment 5: E_cm_ThetaLab_15_20.pdf

Valerian Iulian Pedja and Cristina

Fri May 25 04:02:29 2018

General power cut of ganil

Due to some water leaks, CSS1 CSS2 and CIME as the vacuum system of GANIL are down... Time loss could be considerable... They talked about beam possibility in the morning but it seems unlikely.

Fri May 25 08:37:04 2018

Vacuum at 1.7 e-5 torr this morning.
I started the MUST2 cooling, setting both coolers at -5C.
Time of operation 8h35.
Alcohol level checked, look OK.

Fri May 25 13:08:44 2018

Someone change the .cshrc file this morning this morning at 11h30. None of the alias worked anymore.

Fri May 25 14:10:34 2018

Freddy, Louis, Lama

MM - dE_TOF diagnostic with/without CsI_E

Attached are some plot of dE-TOF PID for run 1004 after the threshold change ( 1 MeV --> 500 keV).

Putting a condition on CsI_E>0 select well punch through event as expected.

Attachment 1: T2_diag_dETOF.pdf

Attachment 2: MM12345_diag_dETOF.pdf

Fri May 25 15:10:23 2018

CATS delay 500 ns was changed to 300 ns, in order to get the stop signal on MUST2 TAC well within the range of the TAC.

Fri May 25 15:19:38 2018

Cristina

isomers present in the 14N runs

Attached are some pictures of the energy_vs_time spectra for EXL and PPT detectors recorded during 14N runs

Still to do: time alignment of EXL detectors

Attachment 1: 14Nruns_isomers_EXL.pdf

Attachment 2: 14Nruns_isomers_PPT.pdf

Fri May 25 15:29:51 2018

A delay of 500 ns was put to the start signal = FAG of the FAG_HF_validated TAC
and a range of 500 ns selected

DAS configurations for E744-Summary

Fri May 25 15:41:50 2018

List of the saved files of the DAS configuration used on May-24h and May-25th:
[Note that:
All the files are used on run with the name "e744.das".
It means that, for changing from the present das file to another one for the run, you need to open it in the DAS, then to save it with the current experiment name "e774.das".
then you need to be ONLINE to write hardware, in order to apply the electronic settings.

- file for the CALIMERO configuration with the thresholds set at 1 MeV e744.das = e744calimero_1MeVOK.das

- files for the test runs with the 14N:
the file at the beginning of the experiment on 14N was: e744.das = 744_24MayMANIPok.das
Then for the run 1004 and the next ones, the thresholds were changed to around 500keV on all the telescopes.
Runs 1004, 1005, 1006 The config file corresponds to e744.das = e744_25MayMANIPok500keV.das
Thresholds on CsI for the runs with 14N: MATE 18 Seuil Haut 8220 ; Seuil bas 8160
ConfigCsIThreshBefore8220.png
------------------------------------EXPERIMENT 14O 25 MAY evening 17pm ----------------------------------------------
New DAS file corresponds to the change of the CsI thresholds on all telescopes
e744_25MayEXPok500keVCsIThr.das
This is the file that we will use at the beginning of the runs with the 14O beam.
New threshold pedestals on CsI for the runs: ChangeAllCsIThresholds8210.png
MATE 18 Seuil Haut 8210 ; Seuil bas 8160

Later on, the threshold on MM5 will be increased to around 1 MeV (to reduce the background rate due to the beta).
NB: the files are in:
home/e748/ganacq_manip/e744/das-save

------------------------------------------------------
threshold T1 488 keV
threshold T2 480 keV
threshold T3 492 keV
threshold T4 457 keV
threshold T5 480 keV <----------------Maybe to be changed to 1 MeV later on, during the tuning of 14O, depending on the dead time.

---------------------------------------------------

E744_GMTtrigAll.png
Input entried of the GMT trigger module:
IN1 to IN5 : MM1 to MM5
IN6: nothing IN7: nothing
IN8: Cats (divided by 3. 10**4)
IN9: nothing
IN10: PPT
IN11: EXL
IN12: nothing
IN13: LISE trigger (SiD4 or D6)
IN14, IN15: nothing
-----------------------------------------------

Attachment 1: mm_thresholdT1.png

Attachment 2: mm_thresholdT2.png

Attachment 3: mm_thresholdT3.png

Attachment 4: mm_thresholdT4.png

Attachment 5: mm_thresholdT5.png

Attachment 6: ConfigCsIThreshBefore8220.png

Attachment 7: ChangeAllCsIThresholds8210.png

Attachment 8: E744_GMTtrigAll.png

Attachment 9: ChronogrammeE744_GMTmuvi1.png

Attachment 10: E744_GMTtrigslave.png

Attachment 11: ChronoE744_GMT2muvi2.png

Raw dE-TOF bidim for the 5 telescopes zith the 14N beam

Fri May 25 16:49:53 2018

Pedestal seems not to be aligned for T4

Attachment 1: Example1.png

CsI energy calibration for MUST2 telescopes

Fri May 25 17:42:21 2018

Calibration parameter for MUST2 CsI crystals are calculated with run1001-1006.
Attached are dE(DSSD)-E(CsI) plot of all the telescopes and parameters.
The parameter files are in
/home/e748/analysis/nptool/Projects/e744/Calibration/Energy/Calibration/CsI_rough

How to make the parameters;
For dE-E plot, the strongest locus should be proton.
Approximation formula for proton dE (Si 300 micrometer)-E (residual) I used is
(CsI_Energy) = -6.81774+41.1823/(Si_Energy-0.0814779).

Absolute value for the total energy may have some offset, but the gain of all the crystals should be roughly matched.
Maybe we need one more common parameter to adjust absolute value.

T2 Crystal #1 and #10 have no data. As I remember, this is the same as E748 exp. last year.
Crystals #9 for all the telescopes have low statistics. I'm afraid the mapping of crystal #9 is not correct.
->nptool/NPLib/Detectors/MUST2/TMust2Physics.cxx m_CsI_MatchingY[8]=48 but should be equal to 16 (corrected and re-compiled 27/05/2018).

Attachment 1: pid.pdf

Attachment 2: Cal_CsI_E_MM1.cal

MUST2_T1_CsI1_E -415.065 0.0506445
MUST2_T1_CsI2_E -394.373 0.0481228 
MUST2_T1_CsI3_E -258.191 0.0315073
MUST2_T1_CsI4_E -298.563 0.0364456 
MUST2_T1_CsI5_E -355.137 0.0433388
MUST2_T1_CsI6_E -411.171 0.0502037
MUST2_T1_CsI7_E -386.543 0.0471846 
MUST2_T1_CsI8_E -382.674 0.0466991 
MUST2_T1_CsI9_E -327.057 0.039966 
MUST2_T1_CsI10_E -409.776 0.0500127 
MUST2_T1_CsI11_E -376.919 0.0460117 
MUST2_T1_CsI12_E -349.89 0.0427133 
MUST2_T1_CsI13_E -363.497 0.0443635 
MUST2_T1_CsI14_E -296.737 0.0361737
MUST2_T1_CsI15_E -466.684 0.0569536
MUST2_T1_CsI16_E -403.822 0.0492548

Attachment 3: Cal_CsI_E_MM2.cal

MUST2_T2_CsI1_E 0 -1000.0
MUST2_T2_CsI2_E -256.055 0.0312712 
MUST2_T2_CsI3_E -305.683 0.0373285
MUST2_T2_CsI4_E -236.362 0.0288615
MUST2_T2_CsI5_E -230.941 0.0282124
MUST2_T2_CsI6_E -300.793 0.0367438
MUST2_T2_CsI7_E -332.791 0.0406243
MUST2_T2_CsI8_E -313.525 0.0382459 
MUST2_T2_CsI9_E -308.535 0.0376744 
MUST2_T2_CsI10_E 0 -1000.0
MUST2_T2_CsI11_E -331.027 0.0404172
MUST2_T2_CsI12_E -322.929 0.0393791 
MUST2_T2_CsI13_E -269.007 0.0328459 
MUST2_T2_CsI14_E -311.052 0.0379616
MUST2_T2_CsI15_E -264.410 0.0322532
MUST2_T2_CsI16_E -266.863 0.0325516

Attachment 4: Cal_CsI_E_MM3.cal

MUST2_T3_CsI1_E -286.396 0.0349372 
MUST2_T3_CsI2_E -264.209 0.0322131 
MUST2_T3_CsI3_E -229.529 0.0280088 
MUST2_T3_CsI4_E -322.16 0.0393184
MUST2_T3_CsI5_E -252.731 0.0308459
MUST2_T3_CsI6_E -291.944 0.0356323
MUST2_T3_CsI7_E -297.43 0.036301
MUST2_T3_CsI8_E -295.725 0.036043
MUST2_T3_CsI9_E -263.931 0.0321985
MUST2_T3_CsI10_E -294.309 0.0359069
MUST2_T3_CsI11_E -345.658 0.0421607
MUST2_T3_CsI12_E -328.481 0.0400503 
MUST2_T3_CsI13_E -253.866 0.0309577
MUST2_T3_CsI14_E -239.05 0.0291408 
MUST2_T3_CsI15_E -238.476 0.029073 
MUST2_T3_CsI16_E -265.489 0.0323667

Attachment 5: Cal_CsI_E_MM4.cal

MUST2_T4_CsI1_E -370.19 0.045178 
MUST2_T4_CsI2_E -393.585 0.0480225
MUST2_T4_CsI3_E -436.711 0.0532717 
MUST2_T4_CsI4_E -331.873 0.0405191
MUST2_T4_CsI5_E -321.175 0.0391971
MUST2_T4_CsI6_E -361.306 0.0440623 
MUST2_T4_CsI7_E -332.709 0.0405858
MUST2_T4_CsI8_E -317.569 0.03871
MUST2_T4_CsI9_E -441.852 0.0538625 
MUST2_T4_CsI10_E -396.533 0.0483559 
MUST2_T4_CsI11_E -370.464 0.0452019
MUST2_T4_CsI12_E -386.657 0.0471578
MUST2_T4_CsI13_E -320.009 0.0390499
MUST2_T4_CsI14_E -375.625 0.0458199 
MUST2_T4_CsI15_E -423.558 0.0516807 
MUST2_T4_CsI16_E -393.189 0.0479347

Attachment 6: Cal_CsI_E_MM5.cal

MUST2_T5_CsI1_E -387.732 0.0472463 
MUST2_T5_CsI2_E -373.018 0.0454952 
MUST2_T5_CsI3_E -469.892 0.0573254
MUST2_T5_CsI4_E -404.644 0.0493125
MUST2_T5_CsI5_E -361.705 0.0440708 
MUST2_T5_CsI6_E -232.821 0.0284066
MUST2_T5_CsI7_E -272.427 0.0331412 
MUST2_T5_CsI8_E -271.507 0.0330741 
MUST2_T5_CsI9_E 0 -1000.0
MUST2_T5_CsI10_E -396.211 0.048246
MUST2_T5_CsI11_E -399.039 0.0486078
MUST2_T5_CsI12_E -333.308 0.0406365
MUST2_T5_CsI13_E -306.32 0.0374199 
MUST2_T5_CsI14_E -430.116 0.0525099
MUST2_T5_CsI15_E -394.692 0.04816
MUST2_T5_CsI16_E -363.795 0.0443958

Run 1008 starting runs with 14N

Fri May 25 17:51:45 2018

BAD RUN FOR 14N

Run 1008 BAD RUN 0 Events
14N beam rate high intensity ~ 0.1 nA
CH2 n�6
All triggers ON
MM1 to MM5 ; cats div
EXL PPT and LISE
NB: at the beginning there was no HV on EXL then put ON.
No beam at the end of the run.
NB: The power is around 1 kW on machine production target.

Attachment 1: BTdssdMust2_25May18.png

Attachment 2: HTdssdMust2_25May.png

Attachment 3: HV_EXL_25May.png

new dEE PID using Shumpei calibration

Fri May 25 18:15:41 2018

Attachment 1: PID_dEE_newCsIcalib.png

e744 Iulan, Fairouz, Valerie

Fri May 25 21:34:19 2018

Problem of FAG validation +change of ADC parameter for TAC signal

The Time signal MM_PPT is now in the parameter MCP_HF of the ADC.
The problem was on the FAG signal validation (bad output of the discriminator)

the TAC MM_PPT with start FAG and STOP ppt is now coded in the entry of ADC MCP_HF , add=9 (channel 10)
Previously it was add =3 (channel 4).

Problem of DAQ encountered in the evening (20 pm) no DAQ counting, no FAG from GMT: we first reboot on software (Terminal iolan: iolan must2 all; reboot).
but the DAQ was still blocked.
We phoned to the hardware astreinte (Charles H), he told us to reset the hardware.
The problem was solved by resetting the crates (reset button on the crates ganlx1 and ganlx14 in D6).
The DAQ restarted correctly.

Attachment 1: ProblemGMTtriggerVXI.png

Fri May 25 21:37:45 2018

iulian nicolas val�rie

run 1012 all triggers 14O beam in D4

Attachment 1: Run1012_E1_TcatsHF.png

Attachment 2: Run1012_E1_T1HF_D6.png

Fri May 25 22:03:12 2018

e744 Must2+LISE teams

Beam 14O
Run 2000 start with all triggers, including LISE trigger, during 1 minute for tests.
start 22:00:58; stop

Run 2001 start 25-05-18_22h01m19s ; stop 22h15
Run 2002 start 25-05-18_22h16m01s ;stop 22h30 problem
Run 2003 start at 22:16 stop 22:30 DAQ blocked
No Lise trigger; All trigger MUST2, CatsDiv, Div =3.10**4
EXL div 300; PPT div 100
CATS from 440-500 pps
opening FH31 slits

Target n�6 CH2

signed by the LISE Jean-Charles, Luc, and MUST2 teams, Iulan, Val�rian, Fairouz, Nicolas, Val�rie, Valdir

NB the MMimpact plot showed that T4 was not counting. Ord 4 was not counting in the scalers.
>>>>>>>>>>>>>>>Telescope T4 Dssd has tripped during run 2002-2003 cf MMimpactRun2003.png
Thne HT on T4 was put on for next runs, see Run 2005,... in the next entries.

Attachment 1: ProblemStartStop2002Narval.png

Attachment 2: MMimpactRun2003.png

Attachment 3: Run2001_MMimpact14O.png

Attachment 4: Scalers_duringRun2002.png

Attachment 5: Scalers_duringRun2003.png

Attachment 6: HT_MUST2afterSettingT4ON.png

e744 Must2+LISE teams, edit Val�rie

Fri May 25 22:46:26 2018

Run 2004 Date : 25/05/2018 22:45:58 25/05/2018 23:17:39
End of Run, error Narval see snapshot ProblemNarvalRCCEndRun2004.png

14O beam ; Target n�6 CH2
trig MUST2, CATS, EXL, PPT
T4 ON HT after trip>>>>>>>>>>cf PLOT HT ON
No Lise trigger; All trigger MUST2, CatsDiv, Div =3.10**4
EXL div 300; PPT div 100
CATS 2 10**5 pps

MUST2 thresholds at 1 MeV for all Telescopes
ConfigDASThresTel5at1MeV.png ConfigDASThresMUST2at1MeV.png
NB: problem on EXL ch17 and ch18 cf EXLCsIRawPROBLEMCh17and18Run2004.png

signed by the LISE Jean-Charles, Luc, and MUST2 teams, Iulan, Val�rian, Fairouz, Nicolas, Val�rie, Valdir

Attachment 1: ConfigDASThresTel5at1MeV.png

Attachment 2: ConfigDASThresMUST2at1MeV.png

Attachment 3: scalersDuringRun2004.png

Attachment 4: EXLCsIRawPROBLEMCh17and18Run2004.png

Attachment 5: ProblemNarvalRCCEndRun2004.png

Attachment 6: HT_MUST2afterSettingT4ON.png

Oxygen 15 excitation function

Fri May 25 23:15:57 2018

After a quick analysis, we can conclude that MUST2 is working for resonant elastic scattering. We find a resolution of 125 keV which will improve with a better analysis, as we are using a basic calibration for CsI Energy.

Attachment 1: Exc_15O.pdf

e744 Must2+LISE teams, edit Val�rie

Fri May 25 23:26:23 2018

START NARVAL, new version

the NARVAL version is now reinstalled by Fred Saillant.
see plot ResolProblemNarvalEndofRun25may23h.png

Attachment 1: ResolProblemNarvalEndofRun25may23h.png

Fri May 25 23:33:27 2018

changes after run 2004

Target was changed to target number 5 (CH2 100 um GOODFELLOW)
The T_EXL1718 ok

NB: Tcats delay is 300ns (since this afternoon)

Attachment 1: impact_matrix_run_2005.png

change of trigger and division

Sat May 26 00:24:50 2018

TRIGGER entry for CATS, presently IN8, seems to be not running. We put it on IN7(Gatconf =64).
divisions EXL 10**4
PPT 3000
CATS 3 10**4

Attachment 1: TRIGGERgmtChangedForCATS.png

e744 all night shift teams, (edit) Val�rie

Sat May 26 00:38:38 2018

RUN 2010
Date : 26/05/2018 00:37:44
Target n�5 CH2 100 �m
140 all triggers except LISE
TRIGGER entry for CATS IN7 (Gatconf =64).
divisions EXL 10**4
PPT 3000
CATS 3 10**4
--------------------------------------------------
thresholds on all MUST2 : 1 MeV
pedestals CsI (high thr, haut seuil) 8210 ; (low thr, bas seuil) 8160
check GMT chronogramme GMT Master Val 2.5 �s.
- - - - - - - - - -
cf MM impacts at 00h53:Run2010_impactMM_14O_26may.png
1h18 Run2010MMimpactStatat1h18.pngand at 1h53 Run2010MMimpactStatat1h53.png

Signed by shift team, Iulan, Val�rian, Val�rie
-----------------------------
Missing strips:
x
MM1 1
MM2 5
MM3 0
MM4 2
MM5 0
y:
MM1 3
MM2 1
MM3 0
MM4 6
MM5 3

Attachment 1: scalersDuringRun2010.png

Attachment 2: Run2010_impactMM_14O_26may.png

Attachment 3: Run2010_allTAC.png

Attachment 4: Run2010_MM5allstrXEYT.png

Attachment 5: Run2010_MMstrYT.png

Attachment 6: Run2010_MMstrXT.png

Attachment 7: Run2010_MMstrYE.png

Attachment 8: Run2010_MMstrxE.png

Attachment 9: Run2010_refTACpptHF.png

Attachment 10: Run2010_impactMM_14O_26may.png

Attachment 11: Run2010MMimpactStatat1h53.png

Attachment 12: Run2010MMimpactStatat1h18.png

Attachment 13: Run2010MM_IMPACT2h32.png

Attachment 14: Run2010MMstrYT2h31.png

Attachment 15: Run2010MMstrXT2h30.png

Attachment 16: Run2010MMstrYE2h29.png

Attachment 17: Run2010MMstrX2h28.png

Attachment 18: Run2010MM5allstr2h27.png

Attachment 19: Run2010TAC2h26.png

Attachment 20: GATCONF_run2010.png

e744 night shift team, edit val�rie

Sat May 26 01:41:19 2018

summary GMT, DAS config since run2005

Triggers: all except LISE

IN1 to IN5 : MM1 to MM5;
IN7: CATS
IN10: PPt; IN11: EXL
(IN13:LISE not in the trigger)
DIV CATS = 3. 10**4
DIV EXL = 10**4
DIV PPT= 3000
divisions EXL
PPT
CATS 3 10**4
--------------------------------------------------
thresholds on all MUST2 : 1 MeV
pedestals CsI (high thr, haut seuil) 8210 ; (low thr, bas seuil) 8160
Run 14O check GMT chronogramme GMT Master Val 2.5 �s. chronoGMTmasterRun14O.png
GMT slave chronogramGMTslave_Run14O.png

Attachment 1: chronoGMTmasterRun14O.png

Attachment 2: chronogramGMTslave_Run14O.png

Attachment 3: ConfigDASThresMUST2at1MeV.png

Attachment 4: ConfigTDCTestParamInpectch0.png

Sat May 26 02:39:18 2018

RUN 2011
Date : 26/05/2018
Beam used: 14O
Start: 2h26
Stop: 4h21

-----------------------------
Missing strips:
x
MM1 1
MM2 6
MM3 0
MM4 2
MM5 0
y:
MM1 3
MM2 1
MM3 0
MM4 7
MM5 3.5

Attachment 1: Scqlers_start_run2011.png

Attachment 2: Run2011MM_IMPACT3h51.png

Attachment 3: Run2011MMstrYT3h50.png

Attachment 4: Run2011MMstrXT3h50.png

Attachment 5: Run2011MMstrYE3h49.png

Attachment 6: Run2011MMstrX3h48.png

Attachment 7: Run2011MM5allstr3h46.png

Attachment 8: Run2011TAC3h45.png

Attachment 9: Scalers_stop_run2011.png

15O excitation function as a function of ThetaLab

Sat May 26 03:23:46 2018

Attachment 1: Ex_15O.pdf

Sat May 26 04:24:16 2018

RUN 2012
Date : 26/05/2018
Beam used: 14O
Start: 4h23
Stop: 4h57

suspect the target is too thick, low resonances seen... run stopped in order to check it.

-----------------------------
Missing strips:
x
MM1 1
MM2 6
MM3 0
MM4 2
MM5 0
y:
MM1 3
MM2 1
MM3 0
MM4 7
MM5 3

Attachment 1: Scalers_start_run2012.png

Problem with the target for run 2004 and 2010

Sat May 26 05:02:42 2018

The target seems identical between the two runs... We will have to investigate to understand what is going on.

The decision is to change the target 5 for the target 4 104um from georges.
The two spectras from run 2003 (target nr6) and 2010 (target nr 5) are identical. The peak at low energy correspond to the first excited state in 15F.

In the picture, target N�4 is written 104 �m
N�5 100 �m GoodFellow
N�6 187�m

Attachment 1: Target_Issue_2004_2010.png

Attachment 2: targets.jpg

Iulian Valerian, pedja, mihai

Sat May 26 05:16:12 2018

Target No 4 is placed in-beam 5h15.

Sat May 26 05:23:12 2018

RUN 2013
Date : 26/05/2018
Beam used: 14O
Start: 5h18
Stop: 5h48

-----------------------------
Missing strips:
x
MM1 1
MM2 6
MM3 0
MM4 2
MM5 0
y:
MM1 3
MM2 1
MM3 0
MM4 7
MM5 3

Attachment 1: Scalers_start_run2013.png

Attachment 2: Run2014MM_IMPACT5h53.png

Sat May 26 05:51:00 2018

RUN 2014
Date : 26/05/2018
Beam used: 14O
Start: 5h50
Stop: 7h19

Stopped, because no beam due to a vacuum problem on CSS1

-----------------------------
Missing strips:
x
MM1 1
MM2 6
MM3 0
MM4 2
MM5 0
y:
MM1 3
MM2 1
MM3 0
MM4 7
MM5 3

Attachment 1: Scalers_start_run2014.png

Attachment 2: Run2014MM_IMPACT6h12.png

Attachment 3: GATCONF_run2014.png

Attachment 4: Run2014TAC6h13.png

Attachment 5: Run2014MM5allstr6h14.png

Attachment 6: Run2014MMstrX6h15.png

Attachment 7: Run2014MMstrYE6h16.png

Attachment 8: Run2014MMstrXT6h17.png

Attachment 9: Run2014MMstrYT6h17.png

Sat May 26 06:05:13 2018

Iulian Valerian Pedjia

In the attached figure it could be seen that with the target No5 (run 2010) lower energy resonances were visible (lower part of the figure), which is not the case with the target No4 (upper part)from run 2013.

GOODFELLOW or mounting error?

Attachment 1: Target_Issue_2004_2010_corrected_withGeorgesTarget.png

Valerian and Iulian and Francois

Sat May 26 07:03:12 2018

First picture for 15F from runs 2010-2013

Target -> Thick target (Sandwich target ??)

The predictions are different....

At large angles, the 5/2+ peak (at 2.78 MeV) is cut because it goes to lower energies in lab. If the background at 4 MeV is normalized to the one at 0�, there is no very broad-resonance at high energy in large angles.

Attachment 1: Ex_15F_proj_0_8deg_17_27.pdf

Attachment 2: sig_theo.jpg

Sat May 26 07:20:03 2018

Sat May 26 07:32:17 2018

Valerian, pedja, mihai

Run 2015 after vacuum problem of Css1 target 4

Run 2015
26/05/18
start @7h29
stop @9h42

Attachment 1: Scalers_start_run2015.png

Sat May 26 09:33:48 2018

Missing strips:
x
MM1 1
MM2 6
MM3 0
MM4 2
MM5 0
y:
MM1 3
MM2 1
MM3 0
MM4 7
MM5 3

Attachment 2: Scalers_stop_run2015.png

Attachment 3: MUST2_y_ongoing_run2018.png

Sat May 26 10:03:37 2018

Problems with the ACQ (merger), they were solved by making Breakup and Init
run2016 start@9:45 stop @9:47 (bad run)
run2017 start@9:48 stop @9:49 (bad run)

Sat May 26 10:06:06 2018

Run 2018
Start @ 09:56 26/05/2018
Stop @ 10:51

Attachment 1: Scalers_start_run2018.png

Attachment 2: Scalers_stop_run2018.png

Attachment 3: MM_IMPACT_stop_run2018.png

interruption due to to waterleak ibn CSS1

Sat May 26 11:19:37 2018

10:50 h Water leak at CSS1
cryo pumps have to be regenerated
continuation until the expert intervention starts is possible
presently waiting for resubmission of the beam

11:40 h started new run (run2019 - see next entry)

11:43 h another leak occurred and it was decided to stop the beam, data taking continues

Sat May 26 11:42:03 2018

Run 2019

start@ 11:40 26/05/2018
stop @ 11:52

the beam intensity dropped to 22 pps so we stopped

Attachment 1: scalers_start_run2019.png

Attachment 2: scalers_stop_run2019.png

Sat May 26 13:22:08 2018

There is a leakage of water in cavity north of cyclotron CSS1. I discussed with Alain Savale.

There are 2 options:

1) We take the beam as it is, probably deteriorated, with a lower intensity. There is a risk of break up in CSS1. The vacuum of the cavity is maintained probably by a small piece of ice only.

2) They can make a new setting of CSS1, using only one acceleration cavity (south). They would stop the north cavity and reduce the water pressure. In this case the beam is also deteriorated.

Decision:
We chose option 1 and we will observe the stability of the vacuum in CSS1 in time. If the stability is bad, vacuum too bad, later in the day they will decide to go to option 2. This means several hours without beam (may be a few hours).

Giuseppe, Dieter, J. Eric

Sat May 26 14:03:27 2018

run 2020

start@ 14:02 26/05/2018
stop @ 15:20 26/05/2018
Missing strips:
x
MM1 1
MM2 6
MM3 0
MM4 2
MM5 0
y:
MM1 3
MM2 1
MM3 0
MM4 7
MM5 3

Attachment 1: scalers_start_run2020.png

Attachment 2: scalers_stop_run2020.png

Attachment 3: MM_STRX_RAW_stop_run2020.png

Attachment 4: MM_STRY_RAW_stop_run2020.png

Attachment 5: MM1_RAW_stop_run2020.png

Attachment 6: MM5_RAW_stop_run2020.png

Attachment 7: MM_IMPACT_MATRIX_stop_run2020.png

Attachment 8: EXL_stop_run2020.png

Attachment 9: T_stop_run2020.png

EXL calibration, light leak

Sat May 26 16:31:53 2018

Selector.C can be used to adjust energy bad reconstruction in the EXL detectors due to energy leak (see the PDF attached for more information about it) once we already have the coefficients for the energy on EXL crystals. To operate with it, for first calibration coefficient must be deduced. Once it is done the slopes and offset of the calibration have to be inserted in Selector.C file at lines 41 (a[19]) and at line 49 (b[19]). After thqt thresholds must be fixed (line 58, tr[19]) and also gains on the pairs. We deduced gains as the ratio between x-axis and y-axis of each uncalibrated matrix: for each pair (1-2,3-4,5-6,...,17-18) we took the ratio between x=2000;4000;6000 and the respective y value, and y=2000;4000;6000 and the respective x values. taking the averages of those ratios; those were than used as the coefficients R1ex[9] and R2ex[9] in Selector.C (all information on those values and how are used are in EXL.pdf).
Once the variables are set, the program can be executed using the batch file in attachement by typing the line root rootdir/run_number.root -b batch -q from terminal. Here "run_number" is the name of the run to use. It will generate then a .root file (in attachement some output file for run 0430.root). Now the name is "whatever_output.root", and can be changed from "Selector.C"
The program also provides randomization of bins for the operation of sym between contiguous crystals

Attachment 1: batch

{

AutoTree->Process("Selector.C")
}

Attachment 2: Selector.C

#define Selector_cxx
// The class definition in Selector.h has been generated automatically
// by the ROOT utility TTree::MakeSelector(). This class is derived
// from the ROOT class TSelector. For more information on the TSelector
// framework see $ROOTSYS/README/README.SELECTOR or the ROOT User Manual.


// The following methods are defined in this file:
//    Begin():        called every time a loop on the tree starts,
//                    a convenient place to create your histograms.
//    SlaveBegin():   called after Begin(), when on PROOF called only on the
//                    slave servers.
//    Process():      called for each event, in this function you decide what
//                    to read and fill your histograms.
//    SlaveTerminate: called at the end of the loop on the tree, when on PROOF
//                    called only on the slave servers.
//    Terminate():    called at the end of the loop on the tree,
//                    a convenient place to draw/fit your histograms.
//
// To use this file, try the following session on your Tree T:
//
// root> T->Process("Selector.C")
// root> T->Process("Selector.C","some options")
// root> T->Process("Selector.C+")
//


#include "Selector.h"
#include <TH2.h>
#include <TStyle.h>

//================================SETTINGS ========
const int chanmax=8000;
const int bins2d=800;

//const long eventsmax=2e+10;
const long eventsmax=1e+6;

//calibration-------------EXL   19 - 1st is zero

double a[19]={0.,
0.668983,0.519247,0.5649,
0.600488,0.579928,0.598377,
0.540216,0.488096,0.610848,
0.560869, 0.503247,0.464832,
0.848081,0.792648,0.799,	
0.426236,0.485055,0.492694};

double b[19]={0.,
 -71.1150, 132.36, 71.2,
 -58.9582, 72.8547, -56.2703,
 91.2014, 95.1007, 9.26351,
 -2.42136, 86.8976,  105.457,
 45.8667, 68.9514,2.84729,
 18.4952, 18.7380, 116.032};

//thresholds EXL
double tr[19]={0,
140.,140.,140.,
140.,140.,140.,
140.,140.,140.,
140.,140.,140.,
140.,140.,140.,
140.,140.,140.
};


// Experimental factor R1ex from MTX: includes gain G1
//  the theoretical factor R1 should be used in correction

// higher positive slope line - like exl1,3,5 signals
double R1ex[9]={
 0.14,0.18,0.15,
 0.16,0.18,0.16, 
 0.15,0.42,0.17
};
// lower positive slope line - like exl2,4,6 signal
double R2ex[9]={
 0.16,0.15,0.14,
 0.15,0.15,0.16, 
 0.16,0.15,0.16
};

//--- we compute gain ratio later
double G1comp[9];


// arbitrarym good around 1.0
// we recalculate later
double G2gain[9]={
  2616., 2368., 2639.,
  2717.,  2728., 4308., 
  1822.,  3168., 2796.
};
double G2gain_factor=3000.;

//=============================SETTTING   END _-------



void Selector::Begin(TTree * /*tree*/)
{
   // The Begin() function is called at the start of the query.
   // When running with PROOF Begin() is only called on the client.
   // The tree argument is deprecated (on PROOF 0 is passed).

  char ch1[100];
  char ch2[100];
   TString option = GetOption();
   printf("beginning the process\n%s","");

   //  HISTO DEFINITIONS-------------------

   for (int i=0;i<18;i++){
     //  SINGLES
     sprintf(ch1, "exl%02d", i+1 );
     sprintf(ch2, "%s   SINGLES", ch1 );
     exl[i]=new TH1F(ch1,ch2,chanmax,0,chanmax);
   }
   for (int i=0;i<18;i++){
     //  SINGLES CALIB
     sprintf(ch1, "exlcal%02d", i+1 );
     sprintf(ch2, "%s   SINGLES CALIB", ch1 );
     exlcal[i]=new TH1F(ch1,ch2,chanmax,0,chanmax);
   }

   exl_singlesum=new TH1F("exlcalSUM","TOTAL SUM of SINGLES / useful4 online",chanmax,0,chanmax);   
   exl_pairsum=new TH1F("pairSUM","TOTAL SUM of summed pairs/ wrong concept",chanmax,0,chanmax);

   complete_pairs=new TH1F("complpairs","pair hits in the matrix",18,0,18);
   incomplete_pairs=new TH1F("cincomppairs","single hits in pairs in the matrix",18,0,18);

   // BIDIM--------------------------------------


   for (int i=0;i<9;i++){
     //  PAIRS
     int j1=i*2+1;
     int j2=i*2+2;
     sprintf(ch1, "pair%02d%02d",  j1, j2);
     sprintf(ch2, "%s   PAIRS", ch1 );
     expair[i]=new TH2F(ch1,ch2,bins2d,0,chanmax,bins2d,0,chanmax);
   }
   for (int i=0;i<9;i++){
     //  PAIRS  CALIB
     int j1=i*2+1;
     int j2=i*2+2;
     sprintf(ch1, "paircal%02d%02d",  j1, j2);
     sprintf(ch2, "%s   PAIRS CALIB", ch1 );
     expaircal[i]=new TH2F(ch1,ch2,bins2d,0,chanmax,bins2d,0,chanmax);
   }
   for (int i=0;i<9;i++){
     //  SUMPAIRS SINGLE 
     int j1=i*2+1;
     int j2=i*2+2;
     sprintf(ch1, "paircalsum%02d%02d",  j1, j2);
     sprintf(ch2, "%s   SINGLES = PAIRS CALIBrated AND SUMMED, energy restored", ch1 );
     exlsumpair[i]=new TH1F(ch1,ch2,chanmax,0,chanmax);
   }




   for (int i=0;i<6;i++){
     //  HNEIGH
     int j1=i*2+2;
     if (j1>=6){ j1=j1+2;}
     if (j1>=12){ j1=j1+2;}
     sprintf(ch1, "hneig%02d%02d", j1,j1+1 );
     sprintf(ch2, "%s   HNEIGHBOR", ch1 );
     exhneig[i]=new TH2F(ch1,ch2,bins2d,0,chanmax,bins2d,0,chanmax);
   }
   for (int i=0;i<12;i++){
     //  VNEIGH
     int j1=i+1;
     sprintf(ch1, "vneigh%02d%02d", j1,j1+6 );
     sprintf(ch2, "%s   VNEIGHBOR", ch1 );
     exvneig[i]=new TH2F(ch1,ch2,bins2d,0,chanmax,bins2d,0,chanmax);
   }


   //compensation for GAIN1 - odd crystals
   for (int i=0;i<9;i++){
     // 2/1 bad sums
     G1comp[i]=TMath::Sqrt( R2ex[i]/R1ex[i] )*1.;  // G2==1
     //     G1comp[i]=TMath::Sqrt( R1ex[i]/R2ex[i] )*1.;  // G2==1 wrong

     printf("%d   %f\n",i,G1comp[i] );
   }

} //==========BEGIN END-------------------------------------------











void Selector::SlaveBegin(TTree * /*tree*/)
{
   // The SlaveBegin() function is called after the Begin() function.
   // When running with PROOF SlaveBegin() is called on each slave server.
   // The tree argument is deprecated (on PROOF 0 is passed).

   TString option = GetOption();

}







// invert matrix
//  for every event from PAIR matrix :  restore the energy
//-------------------------
//    
//
Bool_t Selector::inverse_mtx(  int i9 ){
  // i take raw channel
  int ii=2*i9+1;
  int jj=2*i9+2;
  double e1=EXL->GetEnergyCrystalNumber( ii );
  double e2=EXL->GetEnergyCrystalNumber( jj );
  if (e1<=tr[ii]) return kFALSE;
  if (e2<=tr[jj]) return kFALSE;

  // we try to substract the offset first
  //   a*k+b     c*(k-d) =>  b/a=d
  e1=e1-b[ii]/a[ii];
  e2=e2-b[jj]/a[jj];

  // determine Gain1 from alpha=beta
  double G2=G2gain[i9]/G2gain_factor;
  double G1=TMath::Sqrt( R2ex[i9]/R1ex[i9] )* G2;
  double R= R2ex[i9]*G2/G1; // get to the R1==R2 (alpha==beta)
  double alpha=R/(R+1.0);// from Zamoram /easy
  double beta=alpha;     // both axes have the same leak
  double fact=G1*(1-alpha)*G2*(1-beta)-G1*G2*alpha*beta;
  fact=1.0/fact;
  //matrix"
  double N1=fact*(G2*(1-beta)*e1 - G1*alpha *e2);
  double N2=fact*(G1*(1-alpha)*e2 - G2*beta *e1);

  expaircal[i9]->Fill( N1,N2 );

  return kTRUE;
}





Bool_t Selector::is_in_pair(  int ii, int jj ){
  double e1=EXL->GetEnergyCrystalNumber( ii );
  double e2=EXL->GetEnergyCrystalNumber( jj );
  if (e1<=tr[ii]) return kFALSE;
  if (e2<=tr[jj]) return kFALSE;

  // e1=a[ii]+b[ii];
  // e2=a[jj]+b[jj];

  return kTRUE;
}



Bool_t Selector::Process(Long64_t entry)
{
   // The Process() function is called for each entry in the tree (or possibly
   // keyed object in the case of PROOF) to be processed. The entry argument
   // specifies which entry in the currently loaded tree is to be processed.
   // When processing keyed objects with PROOF, the object is already loaded
   // and is available via the fObject pointer.
   //
   // This function should contain the \"body\" of the analysis. It can contain
   // simple or elaborate selection criteria, run algorithms on the data
   // of the event and typically fill histograms.
   //
   // The processing can be stopped by calling Abort().
   //
   // Use fStatus to set the return value of TTree::Process().
   //
   // The return value is currently not used.


  double e,e1,e2, f,g;


   fReader.SetEntry(entry);
   count=count+1;	
  if (count> eventsmax){
    if (count==eventsmax+1)printf("Free ride now%s\n","");
    //Abort("just abort");

... 170 more lines ...

Attachment 3: EXL.pdf

Attachment 4: pairs0102_0910.pdf

Attachment 5: pairs1112_1718.pdf

15F observations for target 4 (100um)

Sat May 26 20:20:55 2018

Analysis offline permits us to conclude that the current target has the good size to observe our resonances.

Attachment 1: Ecm_Thetacm_target4_notes.pdf

Attachment 2: Ex_15F_proj_0_4deg_Ecm_target4.pdf

Attachment 3: Ex_0to40degEcm_15F.pdf

Sat May 26 20:23:52 2018

Attached is the gamma spectrum from PPT detector with a condition on prompt (T_MM_PPT), proton detected in MUST and multiplicity event equal to 1

Attachment 1: runs_target4_proton_prompt_PPT.pdf

Sun May 27 15:36:31 2018

19H
They succeeded to get 90 % transmission with CSS1 but the energy at the exit was changed by 4%, that is not compatible with the CSS2 limit of 1 %. After fitting the CSS1 energy they obtained 70-80 % transmission only, but it is enough. The problem with the HF of CSS2 was solved. They are trying to accelerate with CSS2. They are now at midway inside CSS2. They still need several hours to finish the work.

15H
The problem with CSS1 is not yet solved. They want 90% transmission of the beam in CSS1, they have 75%.
There is another problem, the HF of CSS2 has dysfonctionnements.
They don't expect beam before 20H.

Info to reboot the crates in case of problem

Sun May 27 20:47:02 2018

In case of problems in the run control, if it is not possible to reinstall the crates in the "Ready" mode status,
it is possible to reboot them remotely via the software commands.
this can be done using the iolan windows.
first, open a Terminal, then write:
iolan must2 all
Two windows are opened, for each of the VXI crates. see snapshot IOLANmust2reboot.png
then it is possible to reboot the crates by writing in each of the gansterm terminals the "reboot" command.
(Note that a password is asked, it corresponds to the first letter of all the words between (La cigale ...l'�t�) in the famous sentence of La Fontaine's fable "La Cigale et la Fourmi" ("The Grasshopper and the Ant").
Then after the operation the run Control Narval should be ready (see snapshot).
If not, it means that we need to enter in the D6 room to reboot the crates directly by pushing the "SYS RES" button (using the tiny yellow screw) on the two crates:
start with the Master crate (ganlx1, the one with the main GMT and MUVI1), then press the button of the second crate (ganlx14, with the GMTslave and the second MUVI).
The click-click on each crate means that the reset is done.
(NB: Simultaneously, the two gansterm terminals show the lines of the on-going reboot operations).

Attachment 1: IOLANmust2reboot.png

Attachment 2: RunControlE744Ready.png

New improved resolution for 14N et 15F

Mon May 28 02:07:41 2018

After correcting position for the Must2 detectors by taking into account the real hit position on the target that was (0,15cm,0) and not (0,0,0). The way to do it was to artificially move every detector 15cm lower.

Joined are the results at 0deg, for 14N the resolution increases from 125keV to 102keV.

Attachment 1: Exc_15O_newpos.pdf

Attachment 2: Exc_15F_newpos.pdf

Valerian and Iulian and Phil

Mon May 28 11:00:07 2018

two protons

Attachment 1: e2p_15O.pdf

Mon May 28 12:22:42 2018

Francois & Marlete

superposition exp / theory for 15O and 15F

Attachment 1: sum.jpg

Attachment 2: 15F_final.jpg

Mon May 28 16:14:29 2018

Monday 28th 16h10: we refill the cooling system for MUST2. The level should be ok for the rest of the experiment.
(Around 4 days).

DAS configuration files-References

Mon May 28 16:32:38 2018

Attachment 1: ConfigGMTexp744Mon28th.png

Attachment 2: ConfigMUVICastelStandardA.png

Attachment 3: ConfigMUVICastelStandardB.png

Attachment 4: MM5_thresholdAt992keV.png

Attachment 5: MM1_thresholdAt1MeV.png

Attachment 6: ConfigE744actionGanlx14b.png

Attachment 7: ConfigE744actionGanlx1b.png

Attachment 8: ConfigE744InterfaceU3M.png

Attachment 9: ConfigE744paramU2M.png

Attachment 10: ConfigE774CentrumMaster.png

Attachment 11: ConfigMUVICastelMufeeYStd.png

Attachment 12: ConfigMUVICastelMufeeXE744.png

Attachment 13: ConfigE744Muvi1B.png

Attachment 14: ConfigE744Muvi1A.png

Attachment 15: MM1MufeeYtemp5deg.png

High Voltages and intensities on MUST2

Mon May 28 18:27:45 2018

Check regularly the HT on the MUST2.
NB: without beam the current on Telescope 4 is high, between 9 and 11 �A. see snapshot.
NB: The Ioset was increased at 20 �A on Friday 25th (cf Id entry=490) to avoid trips on this telescope due to strong intensity fluctuations due to the beam.

Attachment 1: HT_MUST2withoutBeam28may18.png

Explanation for the 0 degree low energy proton

Mon May 28 20:28:50 2018

The 0 degree energy proton are coming from the beam hitting the aluminum target. If you do a cut on the beam projection on T5 you obtain the black dot on the joined plot.

Attachment 1: explanation_spotT5.pdf

E744- evening shift LISE+e744 teams (edit Iulan, Val�rie)

Mon May 28 20:33:39 2018

BEAM AGAIN RUN 2100 Tuning

See plot of the Must2 impacts, Wien filter set at +/-0.8kV
Beam on CATS 1.2 10**5 pps
CH2 183 �m
Div as before

Attachment 1: beam_spot_2100_end.png

E744- evening shift LISE+MUST2 teams (edit Val�rie)

Mon May 28 20:38:21 2018

RUN 2101 DATA target 4

run #2101
start @20h27
stop @22h20
target 4

Evening shift team:
LISE and E744 Fran�ois, Iulan, Val�rian, Louis, Jean-Charles, Marlete A., Pierre D., Simon G., Val�rie L.
E744
Beam on CATS 1.2 10**5 pps
CH2 183 �m // ERROR ?? this should be 100um
Div as before
All Triggers in GMT (without LISE)

Attachment 1: ScalersDuringRun2101.png

Attachment 2: HV_EXL_28May18.png

Attachment 3: TACduringRun2101.png

Attachment 4: TMM5stripsXYETrun2101.png

Attachment 5: MM1toMM4strYE_run2101.png

Attachment 6: MM1toMM4strXT_run2101.png

Attachment 7: MM1toMM4strYT_run2101.png

Attachment 8: MM1toMM4impactsMM5_Run2101.png

Attachment 9: TACcoincMMppt_Run2101.png

Attachment 10: HV_MUST2duringRun2101.png

Attachment 11: EXLCsiPads_Run2101.png

Attachment 12: Scaler_end_Run2101.png

Mon May 28 22:11:52 2018

During run 2101, Frequency of the EXL4 channel at 478Hz compared to values around 30Hz for other channels

Attachment 1: Scaler_EXLTriggerExeed_Run2101.png

Mon May 28 22:27:14 2018

RUN 2102 DATA target 4

run #2102
start @22h20
stop @23h30
target 4

Evening shift team:
LISE and E744 Fran�ois, Iulan, Val�rian, Louis, Jean-Charles, Marlete A., Pierre D., Simon G., Val�rie L.
E744
Beam on CATS 1.3 10**5 pps
CH2 183 �m // ERROR THIS SHOULD BE 100um
Div as before
All Triggers in GMT (without LISE)

Attachment 1: Scaler_start_Run2102.png

Attachment 2: Scaler_stop_Run2102.png

Valerian and Iulian and Phil

Mon May 28 23:14:26 2018

New hint of the 5/2- resonance

We see a new hint of a resonance

Attachment 1: New_resonance_hint.pdf

Simon and Louis (start), Franck (stop)

Mon May 28 23:52:19 2018

RUN 2103 DATA target 1 Carbon

run #2103
start @23h49
stop @1h51
target 1 Carbon

Evening shift team:
LISE and E744 Fran�ois, Iulan, Val�rian, Louis, Jean-Charles, Marlete A., Pierre D., Simon G., Val�rie L.
E744
Beam on CATS 1.3 10**5 pps
Carbon 75um
Div as before
All Triggers in GMT (without LISE)

Attachment 1: Scaler_start_Run2103.png

Attachment 2: Scaler_stop_Run2103.png

Tue May 29 00:17:18 2018

Beam intensity variation

Beam shut down at 00h03. Increase the intensity progressively up to now 00h18.
At 0:28: primary intensity dropped down to 0.

Attachment 1: hv_run2103.png

Tue May 29 01:08:22 2018

At 0:46 primary beam intensity reaches 5 uA -> 1.5e5 pps on CATS.

Tue May 29 01:25:07 2018

Phil, Valerian, Franck

LaBr3 Background for reference

For reference, we include a picture of the LaBr3 background found by some random Google searching until we found a nice happy looking picture.

Remember (I'd forgotten despite having literally had this conversation with someone in the past) that the LaBr3 internal background lies at exactly the same energy as the 40K room background (which is why LaBr3 isn't good for environmental monitoring, innit) so you don't know whether the peak there is from the internal activity or the 40K from the energy (however, on the basis of how much activity of each is around it's from the internal activity).

Attachment 1: Response-of-3-3-CeBr-3-and-LaBr-3-Ce-to-natural-background-radiation-Events-due-to.jpg.png

Tue May 29 01:33:58 2018

Phil, Valerian, Franck

Gamma-ray spectra from PPT

Attached are plots of gamma-ray energy spectra from PPT.

2-D plot is the PPT-CATS time (from PPT-MUST2 and MUST2-CATS time, obviously).

Two 1-D plots are PPT energy spectra gated on the two loci which can be seen in the 2-D plot.

Note that the 1.6-ish MeV line which may ordinarily expect to be due to the internal background from LaBr3 appears strongly in the prompt spectra and isn't really randomly time-correlated. We are suspicious, however, that the resolution is too good and that the peaks may be an artefact. We are checking this and will update this post accordingly.

Attachment 1: PPTSpectrum2D.png

Attachment 2: PPTSpectrumPromptPeak1.png

Attachment 3: PPTSpectrumPromptPeak2.png

Tue May 29 02:01:58 2018

Franck, Valerian, Phil

Run 2104 - Target 1 Carbon

Run 2104
Beam: 14O
Start @ 2:00 29 May 2018
Stop @ 4:01 29 May 2018

Target 1 Carbon
Franck, Phil, Valerian

Beam rate (CATS): 1.4e5 pps

Attachment 1: Scaler_start_Run2104.png

Attachment 2: Scaler_stop_Run2104.png

Tue May 29 02:38:21 2018

Franck, Valerian, Phil

Spectra and HV Start Run 2104

Attachment 1: GATCONF_stop_run2103.png

Attachment 2: MM5_E_T_start_run2104.png

Attachment 3: MM14_EX_start_run2104.png

Attachment 4: MM14_EY_start_run2104.png

Attachment 5: MM14_TX_start_run2104.png

Attachment 6: MM14_TY_start_run2104.png

Attachment 7: MM_Impact_start_run2104.png

Attachment 8: TAC_start_run2104.png

Attachment 9: EXL17_start_run2104.png

Attachment 10: EXL_start_run2104.png

Attachment 11: hv_run2104.png

Tue May 29 04:08:52 2018

Franck, Valerian, Phil

Run 2105 - Target 1 Carbon

Run 2105

Beam 14O

Start 4:06 29 May 2018
Stop 6:06 29 May 2018

Target 1 Carbon

Franck, Valerian, Phil

Attachment 1: Scaler_start_Run2105.png

Attachment 2: Scaler_stop_Run2105.png

Fusion evaporation background and physics data

Tue May 29 05:07:33 2018

Comparison between the fusion evaporation background and the data for the telescope 5 ~0degree angles and rough subtraction of this background.

Attachment 1: Ex_15F_and_Carbon.pdf

Attachment 2: rough_backgrund_suppresion.pdf

Comparison of background and physics data for gamma ray detectors

Tue May 29 05:24:34 2018

Gamma ray spectrum for both targets seem extremely close. Subtraction is then made but no gamma show. More statistic is needed

Attachment 1: gamma_comparison_CH2_and_Carbon.pdf

Attachment 2: background_substr_gamma_ray.pdf

Run 2106 - Target 1 Carbon

Tue May 29 06:09:58 2018

Run 2106

Beam 14O (CATS: 1.4e5 pps)

Start 6:08 29 May 2018
Stop 6:17 29 May 2018

Stopped because FAG rate low and ORDs low, "BAD MERGE" error messages

Target 1 Carbon

Attachment 1: Scaler_start_Run2106.png

Attachment 2: Scaler_stop_Run2106.png

Run 2107 - Restart after Reboot of VXI - Same problem

Tue May 29 07:39:53 2018

Low FAG rate: 30 /s
Low ORD rates: 0-10 /s, 15 /s on MM5

RUN 2108 - Target1 Carbon

Tue May 29 08:09:02 2018

Run 2019

Acq recovered

Beam: 14O
start: 8h04m40s
start: 8h15m07s

Target 1 Carbon

Stopped the run to enter and switch back to the CH2 target

Attachment 1: Scaler_start_Run2108.png

Attachment 2: ttac_Run2108.png

Attachment 3: trigger_Run2108.png

Attachment 4: mm8_Run2108.png

Attachment 5: mm1_4_XE_Run2108.png

Attachment 6: mm1_4_YE_Run2109.png

Attachment 7: mm1_4_YE_Run2108.png

Attachment 8: mm1_4_T_Run2108.png

Attachment 9: mm1_4_Run2108.png

Attachment 10: impact_Run2108.png

Attachment 11: impact_Run2108.png

Tue May 29 08:59:18 2018

Freddy, Iulian, Pierre

Run 2109 - Target 4 CH2 - Tuning run

Run 2109

Beam: 14O (1.5*10^5 pps)

start: 8h37m01
stop: 9h26

Target nbr 4: CH2 (104 um)

Remark:
- Telesecope 4 is tripping all the time during this run. Impossible to put more than 50V. Even at 40 V, the leakage current is fluctuating around 8 uA. It seems like it is dying.
- LISE spectrometer adjustment during run - The attached plot show the final result of the beam tuning.

Attachment 1: impact_Run2109_end.png

Tue May 29 09:30:42 2018

Freddy, Iulian, Pierre

Run 2110 - Target 4 CH2

Run 2110

Beam: 14O (1.5*10^5 pps)

start: 9h27m29s
stop: 9h50m35s

Target nbr 4: CH2 (104 um)

Warning: Telescope 4 HV was at 40 V at the beginning of the run. The leakage current finally stabilized and decreased down to about 1.5 uA. We tried to increase the HV to the nominal voltage of 80 V but the leakage current suddenly raised to 10-15 uA again. We decide to let it to 60V for a while. In short Telescope 4 data can't be used for this run.

Attachment 1: Scaler_start_Run2110.png

Attachment 2: impact_Run2110.png

Tue May 29 09:54:01 2018

Freddy, Iulian, Pierre

Run 2111 - Target 4 CH2

Run 2111

Beam: 14O (1.5*10^5 pps)

start: 9h51m
stop: 10h30

Target nbr 4: CH2 (104 um)

Remark: T4 HV at 60 V during all the run.
Run stopped because something tripped in CSS1.

Attachment 1: Scaler_start_Run2111.png

Attachment 2: impact_Run2111.png

Attachment 3: mm5_EandT_Run2111.png

Attachment 4: ttac_Run2111.png

Attachment 5: mm1_4_TX_Run2111.png

Attachment 6: mm1_4_XE_Run2111.png

Attachment 7: mm1_4_YE_Run2111.png

Attachment 8: impact_Run2111_end.png

Tue May 29 10:42:00 2018

In total, there were:

1.4 UT of 14O, average 2x10^5 pps
0.7 UT of 14N, calibration
0.7 UT of background subtraction (carbon)

+ plot of the beam current during the last day.

Attachment 1: os1.jpeg

Tue May 29 12:06:05 2018

The scale factor for Carbon subtraction is 1.224. This means: RealCountsHidrogen=Counts CH2 - 1.224 * CountsCarbon

runs considered for the CH2 target

/home/e748/analysis/nptool/Projects/e744/conversion/rootdir/run_2013_0.root
/home/e748/analysis/nptool/Projects/e744/conversion/rootdir/run_2014_0.root
/home/e748/analysis/nptool/Projects/e744/conversion/rootdir/run_2015_0.root
/home/e748/analysis/nptool/Projects/e744/conversion/rootdir/run_2016_0.root
/home/e748/analysis/nptool/Projects/e744/conversion/rootdir/run_2017_0.root
/home/e748/analysis/nptool/Projects/e744/conversion/rootdir/run_2018_0.root
after the long interruption
/home/e748/analysis/nptool/Projects/e744/conversion/rootdir/run_2101_0.root
/home/e748/analysis/nptool/Projects/e744/conversion/rootdir/run_2102_0.root

run 2100 was not considered

runs considered for the Carbon subtraction:
after the long interruption
/home/e748/analysis/nptool/Projects/e744/conversion/rootdir/run_2103_0.root
/home/e748/analysis/nptool/Projects/e744/conversion/rootdir/run_2104_0.root
/home/e748/analysis/nptool/Projects/e744/conversion/rootdir/run_2105_0.root
the rest of runs was not considered

Attachment 1: Carbon_runs_scale_factor.pdf

Angular distribution per telescope 1-4

Tue May 29 15:53:17 2018

Attachment 1: ang_dist.pdf

Tue May 29 16:23:56 2018

Valerian Iulian Maurycy

Attachment 1: Two_proton_14Ovs12C.pdf

Fran�ois, Freddy, Val�rie

Tue May 29 17:14:41 2018

Beam back in D6

At 17pm Tuesday 29th we have beam coming back in D6. Run (without storage)
NB: The current on T4 (with Hv set 60V) is fluctuating between 4 and 6.5 �A.

Attachment 1: HV_MUST2_29mayAt17h20.png

Attachment 2: HV_EXL_29mayAt17h21.png

Comparison of gamma prompt spectrum for EXL and PPT

Tue May 29 18:49:21 2018

Quick note, there is less data seen in EXL prompt. This should be investigated

Attachment 1: prompt_energyEXL_12C_14O.pdf

Attachment 2: prompt_energyPPT_12C_14O.pdf

Tue May 29 19:03:38 2018

run #2112
Beam back given by the machine.
Beam+ Lise team: Omar K and Pierre Delahaye, Jean-Charles T.
Evening shift team : Val�rian, Fran�ois, Iulan, Val�rie
start @ 20h00
stop @ 21h35
Beam intensity from 8. 10**4 pps to around 10**5 pps
target n�4. CH2 104 �m
All triggers, (no LISE)
Divisions CATS1 3. 10**4. PPT 3000 ; EXL 10**4
cf current of T4 to be checked regularly. At present with the beam the current is around 10.5 �A (fluctuates between 9 and 11 �A) for HV set at 60 V.
Beam rate is reduced at the end of the run, around 4000-5000 pps.
The machine operators are trying to recover the initial rate.
Next run (2113) will be started in the low rate conditions.

Attachment 1: Scaler_start_Run2112.png

Attachment 2: HV_MUST2Run2112_May29Beam.png

Attachment 3: Run2112_TriggerConf.png

Attachment 4: Run2112_CorrelEXL17.png

Attachment 5: Run2112_RefTacTiming.png

Attachment 6: Run2112_CSIExl.png

Attachment 7: Run2112_MMStrXT.png

Attachment 8: Run2112_MMStrYT.png

Attachment 9: Run2112_MM1to4strxE.png

Attachment 10: Run2112_MM1to4strYE.png

Attachment 11: Run2112_MMEtof.png

Attachment 12: Run2112_MM5strxyET.png

Attachment 13: Run2112_MMImpacts.png

Attachment 14: Scalers_endofRun2112_.png

Tue May 29 21:41:55 2018

RUN #2113 start @ 21h37; stop 0h14 @
target n�4. CH2 104 �m
All triggers, (no LISE)
Divisions CATS1 3. 10**4. PPT 3000 ; EXL 10**4

Evening shift team: Val�rian (offline); Val�rie (Online).
with Olivier, Jean-Eric and Marlete.

Between 21h37 and 22h. Beam intensity from 4000 pps increasing around 7. 10**4 pps then down to 800 pps, fluctuating fastly.
Machine operators are trying to compensate the fluctuations.

cf current of T4 around 9.4 �A (fluctuates between 9 and 10 �A) for HV set at 60 V. Strong increase around 13 �A during a few minutes.
cf HV_MUST2run2113_29Mayat21h50.png
Between 23h10 and 23h20 the beam rate was evolving from 80-88k to 90-100 k and the current was fluctuating in T4 from 8.8 to 9.9 �A.
Beam rate is reduced at the beginning of the run, around 4000-5000 pps. See Scalers_Run2113initAt21h39.png
Then around 60k pps at 21h46; at 77k pps at 21h52, at 98k pps at 22h06 but very unstable and then down to 30kcps.
Around 110k pps at 22h35. cf ScalersRun2113_110kAt22h35.png
Stabilization around 88k and 100k pps between 22h50 and 23h05 (hoping we will have the beam rate around these values during the night)
------------------------------------------------------------------------------------------------------------------------------------------
CHECKING THE MISSING STRIPS X and Y IN THE TELESCOPES:

XE || MM1: X44 || MM2: X3, X4, X5, X6, X31 || MM3: all X OK || MM4: X8, X9, X45, X128 || MM5: XE all OK

YE || MM1: Y25, Y123, Y124 || MM2: Y100, Y128 || MM3: all Y OK || MM4: Y29, Y62, Y123, Y126 || MM5: Y15, Y39, Y98
------------------------------------------------------------------------------------------------------------------------------------------

Attachment 1: Scalers_Run2113initAt21h39.png

Attachment 2: HV_MUST2run2113_29Mayat21h50.png

Attachment 3: ScalersRun2113_110kAt22h35.png

Attachment 4: Run2113_MMimpacts.png

Attachment 5: Run2113_MMimpactsAt23h07.png

Attachment 6: Run2113_CsIExLCorrPpt_ETfag.png

Attachment 7: Run2113_TAC.png

Attachment 8: Run2113_refTimingFAG_PPT.png

Attachment 9: Run2113endRunScalers.png

Wed May 30 00:17:02 2018

RUN #2114 30 mai 2018 start @ 0h15; stop @ 2h58
BEAM STOP DUE to the shut down of the deviation element at the entrance of our D6 area.
target n�4. CH2 104 �m
All triggers, (no LISE)
Divisions CATS1 3. 10**4. PPT 3000 ; EXL 10**4

Evening shift team: Louis Val�rie (Online)

Beam intensity around 10**5 pps decreasing to 80-70k pps around 1h30 then coming again to 95k pps at 1h40
Between 2h48 and 2h50 beam was decresaing down to few 1000/s on CATS, due to some alarms on the beam line, slowly increasing again after 2h52.
cf current of T4 around 13-14 �A Strong increase around 13 �A (due to the stabilization of the beam rate at 10**5 pps !)

------------------------------------------------------------------------------------------------------------------------------------------
NB: The E_TOF plots for MM1 and MM3 seem to count less than the MM2 and MM4 plots, nearly factor 10 below for MM1, and factor 5 below for MM3.
But the raw spectra for StrXT of MM1 and MM3 have quite the same statistics (see integral values) maybe some software problems.
Check how the TOF parameter is done in the offline (from XT or YT +thresholds and pattern conditions).
The same behaviour was seen in the previous runs.

Attachment 1: Run2114_initScalers.png

Attachment 2: Run2114_MMimpactAT1h42.png

Attachment 3: Run2114_EXLCsIcorrelPPT_QTfag.png

Attachment 4: Run2114_TimingRefFAGppt.png

Attachment 5: Run2114_MMStrXT.png

Attachment 6: Run2114_MMStrYT.png

Attachment 7: Run2114_ETOFmm1toMM4.png

Attachment 8: Run2114_scalersEndRun.png

Wed May 30 01:15:58 2018

Since 2h58 : WAITING FOR THE BEAM TO START THE RUN

RUN #2115 30 mai 2018 start @ 03h20; stop @ 4h56
END OF THE RUN because there is an alarm related to a potential water leakage in the D3-D6 equipments. see next entry.
PCP will make a survey and enter to check the Qpole all off. We put the Wien filter off.
target n�4. CH2 104 �m
All triggers, (no LISE)
Divisions CATS1 3. 10**4. PPT 3000 ; EXL 10**4

Night shift team: Louis, Val�rie

Beam intensity recovered around 70k-90k pps at 3h37
Again down at 300 pps at 3h30 due to the loss of the "HyperPi" of the source (hummm we should ask experts about the meaning cf JCT)

cf current of T4 around 15 �A (at 3h15 without beam; same at 3h20 with beam), increasing during the run, 16 �A see Run2115_HVMust2At3h50.png

cf small rate at the beginning, cf Run2115_scalersInit.png
max around 91k pps at 3h27, cf Run2115_scalersAt3h27.png

------------------------------------------------------------------------------------------------------------------------------------------

Attachment 1: Run2115_scalersInit.png

Attachment 2: Run2115_scalersAt3h27.png

Attachment 3: Run2115_HVMust2At3h50.png

Attachment 4: Run2115_scalersEnd.png

Attachment 5: Run2115_MMimpact.png

Attachment 6: Run2115TriggerU2M.png

Wed May 30 01:30:34 2018

After checking every telescope, it seems that the calibration of T4 is very off, I think that for now, it might be a good thing to consider this telescope out of the analysis ?

BEAM LINE PROBLEMS, alarm "water leakage"

Wed May 30 03:09:09 2018

The beam was stopped at 4h56, due to the alarm of "water leakage" on equipments, indicated in the D6 area.
All QPole in D6 were automatically put to 0.
Wien filter and DAP were put OFF to stop the beam and enter in the D6 area.
Between 5h and 5h30 PCP investigated the problem along the D3 and D6 areas, to check the water leakage problem indicated by the control command messages.
Since the problem could not be solved directly on the command boxes in PCP, it was not possible to put again the values on the QPoles.
then the area astreinte, S�bastien Le Moal, was called at 5h40.
At 6h15, he investigated the problem and check the cables in the D6 area. He saw some water condensation around the cable surveyor of the equipment (located behind the cooling system of MUST2).

Night/morning shift team: Louis Val�rie.

[NB: in order to let them end up their night quietly, we will call later on the LISE experts for the beam line checking once the Qpoles are ready to put ON again.]

The T4 was increasing, from 16�A at 5h, then around 17 �A at 5h40 (see snapshot HT_MUST2_Wed30May_At5h52.png) we decided to put it OFF to let it end the night quietly.

Attachment 1: HT_MUST2_Wed30May_At5h52.png

Wed May 30 07:06:58 2018

Fran�ois, Louis, Val�rie

Wednesday 30th May.
Beam back at 6h59. Run 2116 started at 6h69. STOP at 8h33 (beam rate decreasing at the end of the run due to machine problems).

Around 6-6h40 Leakage alarm problem was solved by S�bastien Le Moal (see last entry) and Qpoles were set again.

Wien filter +/-0.8 kV.

target n�4. CH2 104 �m
All triggers, (no LISE)
Divisions CATS1 3. 10**4. PPT 3000 ; EXL 10**4

Night morning shift team: Louis, Val�rie; Fran�ois arriving at 7h just on time to apply the values of the Qpoles in D6 and to check the beam profile on PR62Gaz.
See LISE notebook for the printed beam profile. The plot of MM impacts looks good.

Beam intensity around 100k pps at 7h15.

cf current of T4 around 15 �A at 7h15.

Attachment 1: Run2116_initScalers.png

Attachment 2: HT_MUST2_Wed30May_At7h05.png

Attachment 3: Run2116_MMimpacts_At7h23.png

Wed May 30 08:34:51 2018

Run 2117- low or no beam

Wednesday 30th May.
Run 2117 started at 8h36 ; Stop at 8h45: BEAM STOP.
Beam decreased at the end of Run 2116, still very low at the beginning of run 2117, 300 pps then 3 pps.
PCP told us that it should take a few minutes to recover it, but it will take more time (maybe 1/2 hour) to recover the beam,
due to vacuum problems before the target. The operators have to enter in the vault to check the equipments.

target n�4. CH2 104 �m
All triggers, (no LISE)
Divisions CATS1 3. 10**4. PPT 3000 ; EXL 10**4
Morning team: Louis, Phil, Marlete Val�rie

cf current of T4 around 12 �A at 8h50 decreasing to 10 �A at 9h02 when there is no beam.

Attachment 1: Run2117_scalersINIT.png

Wed May 30 09:24:28 2018

Val�rie, Adrien, Freddy

Wednesday 30th May.
Run 2118 started at 9h23 ;
Stop at: 11h25
Beam back at low rate and increase to 1.2*10^5 pps
target n�4. CH2 104 �m
All triggers, (no LISE)
Divisions CATS1 3. 10**4. PPT 3000 ; EXL 10**4
Morning team: Adrien, Freddy, Fran�ois, Val�rie ; LISE team: Jean-Charles.

cf current of T4 around 9.2 �A at 9h25. CHECK IT REGULARLY

Attachment 1: Run2118_scalersINIT.png

Attachment 2: Run2118_HT_EXLat9h29.png

Attachment 3: Run2118_scalersIat9h33.png

Attachment 4: Run2118_MMimpacts.png

Attachment 5: Run2118_CsIExlandETimePPT.png

Valerian maurycy and Olivier

Wed May 30 11:17:00 2018

One should add the condition Si_TX < 150 for T5, problem from Ta?

Attachment 1: SiEvsSiT_T5_issue.png

Valerian maurycy and Olivier

Wed May 30 11:22:16 2018

cut_DeE :

- T1 OK
- T2 OK
- T3 OK

cut ToF :

- T1 OK
- T2 OK
- T3 OK

Wed May 30 11:42:41 2018

Run 2119 - Target 4 CH2

Run 2119

Start: 11h25m53s
Stop: 13h24
Beam 14O at: 1.6*10^5 pps
target n�4. CH2 104 �m
All triggers, (no LISE)
Divisions (Unchanged) CATS1 3. 10**4. PPT 3000 ; EXL 10**4

Comments:

We realized that the pulser frequency for dead time measurement changed from 100 Hz to 50 Hz a few runs ago. It is not clear if someone changed it during an intervention in D6.

Attachment 1: Run2119_initScalers.png

Attachment 2: Run2119_MMimpacts_At11h25.png

Attachment 3: Run2119_TAC.png

Attachment 4: Run2119_Trigger.png

Attachment 5: Run2119_HT.png

Run 2020 - target number 4

Wed May 30 13:25:57 2018

Run 2020

Start: 13h24m
Stop: 13h41
Beam 14O at: 1.2*10^5 pps
target n�4. CH2 104 �m
All triggers, (no LISE)
Divisions (Unchanged) CATS1 3. 10**4. PPT 3000 ; EXL 10**4

Comments:

Pulser frequency is still at 48 Hz, i.e. lower than expected - expect 100ish Hz. Freddy is investigating.

!!! Beam intensity is dropping a lot so run stopped at 13h41. !!!

Attachment 1: Scalers_start_run2020.png

Attachment 2: Run2020_leakages_13h35.png

Wed May 30 13:48:02 2018

Here's a list of pulser values taken from the last few runs as a reference for what rate the "100-Hz" pulser is actually seeing.

All rates in Hz.

29 May:

6h52 62
9h36 96
9.39 96
10.35 50

30 May
12.15 76
12.16 84
3.01 48
3.21 96
3.27 48
4.57 48
7.15 48
8.39 48
9.26 48
9.33 66
11.35 48
1.29 48

Rate was 48 Hz when the run was stopped due to loss of beam (I looked but didn't take a picture).

I don't know if this problem is caused by the scaler counting behaving oddly but that seems like a more obvious solution than the pulser frequency randomly changing. If the pulser is actually vital for the experiment, someone should look in the offline data to see what's happening.

Wed May 30 15:26:40 2018

14H00 : The primary beam was misaligned, they are still working on it. No 14O beam.

Run 3000 60Co source PPT & EXL triggers

Thu May 31 16:42:30 2018

Run 3000
60Co source
PPT & EXL triggers

EXL 1 HT found tripped at the end of the run...

start 16h40 31/05
stop 17h35 31/05

Attachment 1: Scalers_start_run3001.png

Attachment 2: Scalers_stop_run3000.png

Attachment 3: ppt_exl_run3000.png

Attachment 4: ppt_exl2_run3000.png

run #3001 alpha source T1-T5

Thu May 31 17:45:21 2018

run #3001
alpha source T1-T5

Attachment 1: scaler_startt_run3001.png

Attachment 2: scaler_stop_run3002.png

Fri Jun 1 11:11:13 2018

run #3002 ppt trigger

run #3002 ppt trigger

start 11h11

Attachment 1: scaler_start_run3003.png

Fri Jun 1 12:06:47 2018

run #3002
start @11h09
stop @12h04

Attachment 1: scaler_start_run3002.png

Attachment 2: scaler_stop_run3002.png

Fri Jun 1 13:12:16 2018

run #3003
start @12h06
stop @13h08

Attachment 1: scaler_start_run3003_ok.png

Attachment 2: scaler_stop_run3003_ok.png

Fri Jun 1 19:19:20 2018

For the end of e744 the calimero runs are the following ones :

run 3009 X T1-4
run 3010 Y T1-4
run 3011 X T5
run 3013 Y T5

Fri Jun 1 19:29:17 2018

To test EXL efficiency I start a long run with the source in front of it.
run 3014
start @19h25
stop @ 17H10 3 June.

No data for two CsIs of MUST2

Mon Jun 4 18:45:15 2018

During E744 experiment, two CsI crystals (number 1 & 10) of MM2 had no data as attached.
When the M2C chamber was opened today, I found at least connection for CsI number 1 of MM2 has a problem.
It takes some time to fix the connection for CsI, so it may be going to be fixed after some hardware problems are found in this week.

Attachment 1: csin.pdf

Attachment 2: csip.pdf

Thu Jun 7 09:46:47 2018

The 8 MUST2 telescopes have been installed and pluged in final configuration. Energy signal have been tested with 2 3-alphas sources, one in front of T5-T6 and one in front of the others.
Energy signal for all telescopes looks ok exept for telescopes 5. Concidering their position with respect to the source T5 and T6 should have the same count. In fact, T5X see signal at the good energy but with two times less count than T6X. T5Y see 10 times less count than T6Y.
One can also see some noise on the middle part of T8X

Attachment 1: MMYE1_4_3alpha_06062022.png

Attachment 2: MMYE1_4_3alpha_06062021.png

Attachment 3: MMYE1_4_3alpha_06062020.png

Attachment 4: MMYE1_4_3alpha_06062019.png

MUST2 configuration, X1Y1 and PCB numbers

Thu Jun 7 12:19:18 2018

Pictures showing the MUST2 configuration.
X and Y positions and PCB numbers are as folow are as follow:

T1, PCB5: 

Y128.......X128Y1
    .     . 
    .     .
    .......X1 



T2, PCB4:  

    .......Y128 
    .     .
    .     .
X1.......X128Y1 



T3, PCB7: 

X1....... 
    .     .
    .     .
X128Y1.......Y128 




T4, PCB10: 

X128Y1.......X1 
    .     .
    .     .
Y128....... 




T5, PCB6: 

X128Y1.......X1 
    .     .
    .     .
Y128....... 



T6, PCB2:  

    .......Y128 
    .     .
    .     .
X1.......X128Y1 



T7, PCB8: 

X128Y1.......X1 
    .     .
    .     .
Y128....... 



T8, PCB3: 

Y128.......X128Y1
    .     . 
    .     .
    .......X1

Attachment 1: Config_MUST2.jpg

Attachment 2: Config_MUST2_T56.jpg

Thu Jun 7 13:54:59 2018

MUST2 time have been tested for T1 to T8 for X and Y. FAG has been delayed with 150ns and 500ns and sent as stop in MUVI 1 and 2. One can see two pics in all spectrum. All scales of TAC have been setted to 600ns.

Attachment 1: MMXT1_4_07062018.png

Attachment 2: MMYT1_4_07062018.png

Attachment 3: MMYT5_8_07062018.png

Attachment 4: MMXT5_8_07062018.png

Thu Jun 7 17:12:38 2018

Run 3028: Calib 3 alpha started at 17h05
Run3029:Calib 3 alpha started at 17h54

Config pedestals aligned. Saved in files:
E755_Tx_07062018

Temperature on ASIC:
T1X: 7 deg
T1Y: 4
T2X: 7
T2Y: 4
T3X: 6
T3Y: 3
T4X: 5
T4Y: 3
T5X: 8
T5Y: 6
T6X: 12
T6Y: 5
T7X: 5
T7Y: 1
T8X: 10
T8Y: 8

Telescopes 1 to 8 are ok for X and Y Energy and Time signal

Attachment 1: MMYE1_4_08062020.png

Attachment 2: MMYE5_8_08062020.png

Attachment 3: MMXE1_4_08062019.png

Attachment 4: MMXE5_8_08062019.png

Sun Jun 10 19:51:52 2018

Run3031:Calib 3 alpha started at 19h49
stoped at 9h15

Temperature on ASIC:
T1X: 7 deg
T1Y: 4
T2X: 7
T2Y: 4
T3X: 6
T3Y: 3
T4X: 5
T4Y: 3
T5X: 8
T5Y: 5
T6X: 12
T6Y: 4
T7X: 5
T7Y: 1
T8X: 10
T8Y: 8

energy resolution in X telescope 5 seems a little bit worst than for the other telescopes but cannot see some double pics effect

Attachment 1: MMYE1_4_11062020.png

Attachment 2: MMYE5_8_11062020.png

Attachment 3: MMXE1_4_11062020.png

Attachment 4: MMXE5_8_projection_11062020.png

Mon Jun 11 12:50:56 2018

Impact matrix for Telescope 1 to 8 from the run 3029 calibrated

Attachment 1: ImpactMatrix_T1_11062018.png

Attachment 2: ImpactMatrix_T2_11062018.png

Attachment 3: ImpactMatrix_T3_11062018.png

Attachment 4: ImpactMatrix_T4_11062018.png

Attachment 5: ImpactMatrix_T5_11062018.png

Attachment 6: ImpactMatrix_T6_11062018.png

Attachment 7: ImpactMatrix_T7_11062018.png

Attachment 8: ImpactMatrix_T8_11062018.png

Mon Jun 11 13:28:21 2018

Energy resolution MUST2

Energy resolution of the 8 MUST2 telescopes from central pic of run 3029 calibrated with 3 alpha source.

T1: mean = 5.389MeV , sigma = 15.0keV
T2: mean = 5.385MeV , sigma = 15.7keV
T3: mean = 5.391MeV , sigma = 15.2keV
T4: mean = 5.418MeV , sigma = 14.0keV
T5: mean = 5.390MeV , sigma = 16.3keV
T6: mean = 5.391MeV , sigma = 14.6keV
T7: mean = 5.389MeV , sigma = 17.5keV
T8: mean = 5.386MeV , sigma = 14.7keV
Total: mean = 5.391MeV , sigma = 17.7keV

Wed Jun 13 11:40:18 2018

Adrien Val�rian Louis

run 1: 4 alpha source, without heat shield, 1 bar air inside the target cell.

Data has been taken with a 4 alpha source: 3 alpha around 5Mev plus one around 8.7MeV
On telescope 7 and 8, one can see the four alpha which are not intercepted by the heat shield. Telescope 1 to 4 see only one alpha around 2.5Mev on the border of the strips. T5 and T6 see the alpha at 2.5Mev in the center of stripX.

Attachment 1: EY_T1_4_13062020.png

Attachment 2: EY_T5_8_13062020.png

Attachment 3: EX_T1_4_13062020.png

Attachment 4: EX_T5_8_13062020.png

Wed Jun 13 18:20:02 2018

linda, Daisuke, Louis

Run test with heat shield

Run 9: heat shield added with two MYLAR foil of 2um, vacuum has been made inside target cell. 4 alpha source

Attachment 1: EX_T5_8_14062021.png

Attachment 2: EX_T1_4_14062021.png

Attachment 3: EY_T1_4_14062021.png

Attachment 4: EY_T5_8_14062021.png

Thu Jun 14 19:03:06 2018

8MeV alpha source T5&T6

8MeV alpha source image on the target was reconstructed from T5&T6 hit position and target position information.
The target is something like 2 cm diameter collimator.
Now the center of the image is a little bit close to T6(bottom) maybe because the center of the target is placed to bottom side at room temperature since the target length will be shorten when it is cooled down.

Attachment 1: tqrget.pdf

current cooling status of the cryogenic target

Sun Jun 17 11:12:57 2018

This is the temperature log of the cryogenic hydrogen target during the cooling test done last night.
The temperature of the heat shield (green line) and the cell (blue line) increased while it went the minimum values at once.

We could not try liquefying test this morning because the temperature was not enough low.
I would attach the boiling points of several gases in a vacuum. We suspect the rebound of the temperature is due to adsorption of vapour such as N2 at 20 K and H20 at 150 K.

current cooling status of the cryogenic target

Sun Jun 17 11:25:31 2018

This is the temperature log (temperaturelog.png) of the cryogenic hydrogen target during the cooling test done last night.
The temperature of the heat shield (green line) and the cell (blue line) increased while it went the minimum values at once.
In addition to the overall behaviour, a narrow peak was found (peak,png) in the cell temperature which anti-correlate to that of the heat shield. We consider this is due to the contact between the cell and the heat
shield. 

We could not try liquefying test this morning since the temperature was not enough low.

I would attach the boiling points of several gases in a vacuum (boilingpoinnt.png). We suspect the rebound of the temperature is due to adsorption of vapour such as N2 at 20 K and H20 at 150 K.

Attachment 1: temperaturelog.png

Attachment 2: peak.png

Attachment 3: boilingpoint.png

Wed Jun 20 16:45:00 2018

Cryo target is filled

We dont see any alpha in detector 1-6m but we see them in detector 7-8.

Data are in run 3038 in e744 data folder.

Attachment 1: targefilled.png

RUN0039 three alpha source calibration MUST2

Thu Jun 21 07:16:51 2018

alpha source run over night.

Attachment 1: 2018-06-21_run0039_01.png

Attachment 2: 2018-06-21_run0039_02.png

Attachment 3: 2018-06-21_run0039_03.png

Attachment 4: 2018-06-21_run0039_04.png

RUN0040 8 MeV source run with liquid hydrogen

Thu Jun 21 08:30:48 2018

RUN 0040. started 7:23 am

8 MeV source was set upstream at 0 degrees to confirm that the target is filled with liquid. The target has been cooled since 4 pm yesterday. From the record of temperatures and pressure, it is likely that hydrogen stays in the liquid phase. It has yet to be confirmed if hydrogen inside the cell is still in liquid or partially evaporated.

target cell 18.180 K
heat shield 114.62 K
H2 gas -0.23 atm
M2C 3.09e-6 mbar

There are events in T5 and T6, but without any clusters formed at an energy of 250 ADC channels (expected energy for alpha particles that traverse hydrogen gas). Need more analysis to conclude.

Attachment 1: 2018-06-21_run0040_04.png

Attachment 2: 2018-06-21_run0040_03.png

Attachment 3: 2018-06-21_run0040_02.png

Attachment 4: 2018-06-21_run0040_01.png

Thu Jun 21 09:16:01 2018

Vapor pressures of isobutane and CF4. The paramateres of the Antoine equation were taken from the following NIST
pages.

Isobutane: https://webbook.nist.gov/cgi/cbook.cgi?ID=C75285&Mask=4&Type=ANTOINE&Plot=on
CF4: https://webbook.nist.gov/cgi/cbook.cgi?ID=C75730&Mask=4&Type=ANTOINE&Plot=on

MODIFIED ATTACHMENT FILES: vertical axes were fixed

Attachment 1: isobutane.png

Attachment 2: cf4.png

Run 3045 : Calimero T1-4 X

Thu Jun 21 16:08:32 2018

run 3045 :
start @ 15h35
stop @ 15h59
T1-4 X

Attachment 1: Calimero_T14X.png

run 3046 : Calimero T1-4Y

Thu Jun 21 17:07:14 2018

run 3046 : Calimero T1-4Y
start @ 16h28
stop @ 16h53

Attachment 1: Calimero_T14Y.png

Thu Jun 21 18:52:42 2018

Here I attached the temperature graph which is daisuke discussed at the meeting.
Both the heat shield (blue line) and the cell (green) increase after the minimum at 8 hours.
They had a second minimum at 21 hours and now they are increasing.

Attachment 1: entire.png

Attachment 2: heatshield.png

Attachment 3: cell.png

the vacuum pressure and the target temperature

Fri Jun 22 03:11:51 2018

We suspect the impurity of the vacuum causes the rebound behavior of the target temperature.
Here is the data of the vacuum level v.s. the target temperature as it increasing.
As Daisuke explained at the meeting, we are monitoring two point as temperature reference, the cell (A) and the heat shield (E).
The detail discussion is still ongoing.

Attachment 1: M2CvsE.png

Attachment 2: M2CvsA.png

Valerian Pierre Adrien Fred Fairouz

Fri Jun 22 11:14:01 2018

run 3061 Calimero T5-8X

run 3061 Calimero T5-8X

Attachment 1: Calimero_T56X.png

Alpha source ladder instruction

Fri Jun 22 13:06:29 2018

Instruction to translate and rotate the ladder for the alpha sources (by Vincent).

Attachment 1: Photos_porte_source_E755_et_E738.pdf

Fri Jun 22 13:22:19 2018

Attachment 1: Planning_Faisceaux_2018_run2.1.0.pdf

target temperature status

Fri Jun 22 13:45:22 2018

I would report the temperature log of the target up to now.
We started cooling the target at 2:21 last night.
The attached file is the temperature graph. The black lines are the today and the other colors are for reference. The thicker line is the heat shield and the thiner line is the cell. Note the time offset is adjusted by about 1 hours, to match the blue reference line (Wednesday data).
Both the cell and the heat shield show the same behavior as Wednesday up to now.

Attachment 1: tamperature2206.png

Attachment 2: heatshield2206.png

Attachment 3: cell2206.png

https://docs.google.com/spreadsheets/d/1jyfw2LT3RGfDY4bcN-9zepZoe2uE89b5CnF4tXzqzj8/edit#gid=0

Fri Jun 22 16:57:27 2018

Pierre Fairouz Adrien Valerian

Fri Jun 22 21:29:05 2018

Mask reconstruction after adding the correction shift for CATS.
CATS1X = +1.2
CATS1Y = -0.1
CATS2X = 2.0
CATS2Y = -0.2

Attachment 1: mask1.pdf

Attachment 2: mask2.pdf

positions, geometry and dimensions

Fri Jun 22 22:12:43 2018

Attachment 1: 2018-06-13_e738_setup.pdf

How to open the gate valve

Fri Jun 22 22:14:30 2018

Attachment 1: Procedure_d'ouverture_de_vanne_d'isolement.pdf

Geometrical survey report

Fri Jun 22 22:15:45 2018

Attachment 1: E755_Listing_DSSD_X_Y_Z_repère_géomètre.xlsx

Attachment 2: STP-2018-E071_D6_E755_Sorlin_Suzuki.pdf

Attachment 3: E755_Listing_DSSD_X_Y_Z.pdf

Sat Jun 23 00:39:33 2018

Here is the target temperature up to now. The black lines are today, and bule lines are reference.
The thicker line is for the heat shield and the thinner is for the cell.
Once we reached flat region at 15 hours, and but got a sudden increase of cell temperature at 19.5 hours.

Attachment 1: temperature2306.png

Attachment 2: heatshield2306.png

Attachment 3: cell2306.png

NEW GOOD mask reconstruction

Sat Jun 23 00:47:19 2018

New shift for CATS after fixing Z position of CATS detectors.

ConfigCATS

ZPROJ -824
ZPROJ -1332

SHIFT_CATS CATS1X -2.3
SHIFT_CATS CATS1Y -3.9
SHIFT_CATS CATS2X 4.5
SHIFT_CATS CATS2Y -2.2

Attachment 1: mask1.pdf

Attachment 2: mask2.pdf

Sat Jun 23 01:55:34 2018

Beam was tunned around 1am to center the beam on the target. On the picture, up is after tunning and down is before tunning

Attachment 1: beam_tunnig23_06_1h_24m.png

daisuke, louis, jean-charles

Sat Jun 23 02:28:03 2018

RUN 63 (40Ca + liq. H) scalers and histograms

Attachment 1: run_0063_tac.png

Attachment 2: run_0063_must2_impact.png

Attachment 3: run_0063_mmye5-8.png

Attachment 4: run_0063_mmye1-4.png

Attachment 5: run_0063_mmxe5-8.png

Attachment 6: run_0063_mmxe1-4.png

Attachment 7: run_0063_cats.png

Attachment 8: run_0063_scaler_gmt.png

Attachment 9: run_0063_scaler_nobeam.png

Attachment 10: run_0063_scaler.png

Sat Jun 23 04:16:03 2018

here a plot of energy loss in DSSD in function of energy in CsI. One can distinguish proton and alpha. Energy calibration of the CsI is needed to identify clearly the tritons

Attachment 1: dEE_noCalib_run0063.jpg

Sat Jun 23 06:10:01 2018

Quick off-line analysis for 40Ca(p,d)39 reaction is shown.
Used gate - target image and dE-E cut for deutron locus
Kinematics is also shown. Energy is shifted but seems good.
I used calibration parameters for CsI made in E744 exp.
Joint the exitation energy spectra of 39Ca

Attachment 1: tgt.pdf

Attachment 2: d.pdf

Attachment 3: 40capd.pdf

Attachment 4: spectre_en_energie_39Ca.PNG

Sat Jun 23 06:16:25 2018

Sat Jun 23 14:07:40 2018

Narval actors went crazy see joined images

run 75 must be trash as it created 18 files of 4Go in 10 minutes :

-r--r--r-- 1 e748 Exxx 4,0G 23 juin 13:54 run_0075.dat.23-06-18_12h56m41s
-r--r--r-- 1 e748 Exxx 4,0G 23 juin 13:55 run_0075.dat.23-06-18_12h56m41s.1
-r--r--r-- 1 e748 Exxx 4,0G 23 juin 13:55 run_0075.dat.23-06-18_12h56m41s.2
-r--r--r-- 1 e748 Exxx 4,0G 23 juin 13:56 run_0075.dat.23-06-18_12h56m41s.3
-r--r--r-- 1 e748 Exxx 4,0G 23 juin 13:57 run_0075.dat.23-06-18_12h56m41s.4
-r--r--r-- 1 e748 Exxx 4,0G 23 juin 13:57 run_0075.dat.23-06-18_12h56m41s.5
-r--r--r-- 1 e748 Exxx 4,0G 23 juin 13:58 run_0075.dat.23-06-18_12h56m41s.6
-r--r--r-- 1 e748 Exxx 4,0G 23 juin 13:59 run_0075.dat.23-06-18_12h56m41s.7
-r--r--r-- 1 e748 Exxx 4,0G 23 juin 13:59 run_0075.dat.23-06-18_12h56m41s.8
-r--r--r-- 1 e748 Exxx 4,0G 23 juin 14:00 run_0075.dat.23-06-18_12h56m41s.9
-r--r--r-- 1 e748 Exxx 4,0G 23 juin 14:00 run_0075.dat.23-06-18_12h56m41s.10
-r--r--r-- 1 e748 Exxx 4,0G 23 juin 14:01 run_0075.dat.23-06-18_12h56m41s.11
-r--r--r-- 1 e748 Exxx 4,0G 23 juin 14:02 run_0075.dat.23-06-18_12h56m41s.12
-r--r--r-- 1 e748 Exxx 4,0G 23 juin 14:02 run_0075.dat.23-06-18_12h56m41s.13
-r--r--r-- 1 e748 Exxx 4,0G 23 juin 14:04 run_0075.dat.23-06-18_12h56m41s.14
-r--r--r-- 1 e748 Exxx 4,0G 23 juin 14:05 run_0075.dat.23-06-18_12h56m41s.15
-r--r--r-- 1 e748 Exxx 4,0G 23 juin 14:06 run_0075.dat.23-06-18_12h56m41s.16
-r--r--r-- 1 e748 Exxx 4,0G 23 juin 14:07 run_0075.dat.23-06-18_12h56m41s.17
-rw-r--r-- 1 e748 Exxx 4,0G 23 juin 2018 run_0075.dat.23-06-18_12h56m41s.18

Attachment 1: narval_crash_problem.png

Sat Jun 23 17:07:35 2018

Run summary 40Ca(p,t)

total 698 min or 11.6 hours (RUN 63 to 81)

34 min 551502319 /data/e748X/e755/acquisition/run/run_0063.dat.23-06-18_01h29m34s
54 min 1519899567 /data/e748X/e755/acquisition/run/run_0064.dat.23-06-18_02h12m56s
87 min 2485052137 /data/e748X/e755/acquisition/run/run_0065.dat.23-06-18_03h06m44s
33 min 756746185 /data/e748X/e755/acquisition/run/run_0066.dat.23-06-18_04h33m17s
12 min 181838137 /data/e748X/e755/acquisition/run/run_0067.dat.23-06-18_05h06m22s
14 min 239171075 /data/e748X/e755/acquisition/run/run_0068.dat.23-06-18_05h28m57s
5 min 46944519 /data/e748X/e755/acquisition/run/run_0070.dat.23-06-18_07h22m24s
28 min 213078761 /data/e748X/e755/acquisition/run/run_0071.dat.23-06-18_07h51m25s
112 min 2500134961 /data/e748X/e755/acquisition/run/run_0072.dat.23-06-18_08h18m47s
115 min 2652309027 /data/e748X/e755/acquisition/run/run_0073.dat.23-06-18_10h10m12s
8 min 32710049 /data/e748X/e755/acquisition/run/run_0074.dat.23-06-18_12h24m39s
75 min 4192024637 /data/e748X/e755/acquisition/run/run_0075.dat.23-06-18_12h56m41s.20
3 min 10865399 /data/e748X/e755/acquisition/run/run_0075.dat.23-06-18_14h16m48s
3 min 1091 /data/e748X/e755/acquisition/run/run_0076.dat.23-06-18_14h20m18s
33 min 681623825 /data/e748X/e755/acquisition/run/run_0077.dat.23-06-18_14h27m56s
23 min 689592403 /data/e748X/e755/acquisition/run/run_0078.dat.23-06-18_15h05m57s
55 min 1202349993 /data/e748X/e755/acquisition/run/run_0079.dat.23-06-18_15h31m35s
4 min 15886643 /data/e748X/e755/acquisition/run/run_0080.dat.23-06-18_16h28m54s

-r--r--r-- 1 e748 Exxx 551502319 23 juin 02:03 /data/e748X/e755/acquisition/run/run_0063.dat.23-06-18_01h29m34s
-r--r--r-- 1 e748 Exxx 1519899567 23 juin 03:06 /data/e748X/e755/acquisition/run/run_0064.dat.23-06-18_02h12m56s
-r--r--r-- 1 e748 Exxx 2485052137 23 juin 04:33 /data/e748X/e755/acquisition/run/run_0065.dat.23-06-18_03h06m44s
-r--r--r-- 1 e748 Exxx 756746185 23 juin 05:06 /data/e748X/e755/acquisition/run/run_0066.dat.23-06-18_04h33m17s
-r--r--r-- 1 e748 Exxx 181838137 23 juin 05:18 /data/e748X/e755/acquisition/run/run_0067.dat.23-06-18_05h06m22s
-r--r--r-- 1 e748 Exxx 239171075 23 juin 05:42 /data/e748X/e755/acquisition/run/run_0068.dat.23-06-18_05h28m57s
-r--r--r-- 1 e748 Exxx 435675929 23 juin 07:22 /data/e748X/e755/acquisition/run/run_0069.dat.23-06-18_05h58m58s
-r--r--r-- 1 e748 Exxx 46944519 23 juin 07:27 /data/e748X/e755/acquisition/run/run_0070.dat.23-06-18_07h22m24s
-r--r--r-- 1 e748 Exxx 213078761 23 juin 08:19 /data/e748X/e755/acquisition/run/run_0071.dat.23-06-18_07h51m25s
-r--r--r-- 1 e748 Exxx 2500134961 23 juin 10:10 /data/e748X/e755/acquisition/run/run_0072.dat.23-06-18_08h18m47s
-r--r--r-- 1 e748 Exxx 2652309027 23 juin 12:05 /data/e748X/e755/acquisition/run/run_0073.dat.23-06-18_10h10m12s
-r--r--r-- 1 e748 Exxx 32710049 23 juin 12:32 /data/e748X/e755/acquisition/run/run_0074.dat.23-06-18_12h24m39s
-r--r--r-- 1 e748 Exxx 4187808073 23 juin 13:54 /data/e748X/e755/acquisition/run/run_0075.dat.23-06-18_12h56m41s
-r--r--r-- 1 e748 Exxx 4192024637 23 juin 13:55 /data/e748X/e755/acquisition/run/run_0075.dat.23-06-18_12h56m41s.1
-r--r--r-- 1 e748 Exxx 4192024637 23 juin 13:55 /data/e748X/e755/acquisition/run/run_0075.dat.23-06-18_12h56m41s.2
-r--r--r-- 1 e748 Exxx 4192024637 23 juin 13:56 /data/e748X/e755/acquisition/run/run_0075.dat.23-06-18_12h56m41s.3
-r--r--r-- 1 e748 Exxx 4192024637 23 juin 13:57 /data/e748X/e755/acquisition/run/run_0075.dat.23-06-18_12h56m41s.4
-r--r--r-- 1 e748 Exxx 4193426183 23 juin 13:57 /data/e748X/e755/acquisition/run/run_0075.dat.23-06-18_12h56m41s.5
-r--r--r-- 1 e748 Exxx 4192024637 23 juin 13:58 /data/e748X/e755/acquisition/run/run_0075.dat.23-06-18_12h56m41s.6
-r--r--r-- 1 e748 Exxx 4192024637 23 juin 13:59 /data/e748X/e755/acquisition/run/run_0075.dat.23-06-18_12h56m41s.7
-r--r--r-- 1 e748 Exxx 4192024637 23 juin 13:59 /data/e748X/e755/acquisition/run/run_0075.dat.23-06-18_12h56m41s.8
-r--r--r-- 1 e748 Exxx 4192024637 23 juin 14:00 /data/e748X/e755/acquisition/run/run_0075.dat.23-06-18_12h56m41s.9
-r--r--r-- 1 e748 Exxx 4192024637 23 juin 14:00 /data/e748X/e755/acquisition/run/run_0075.dat.23-06-18_12h56m41s.10
-r--r--r-- 1 e748 Exxx 4192024637 23 juin 14:01 /data/e748X/e755/acquisition/run/run_0075.dat.23-06-18_12h56m41s.11
-r--r--r-- 1 e748 Exxx 4192024637 23 juin 14:02 /data/e748X/e755/acquisition/run/run_0075.dat.23-06-18_12h56m41s.12
-r--r--r-- 1 e748 Exxx 4192024637 23 juin 14:02 /data/e748X/e755/acquisition/run/run_0075.dat.23-06-18_12h56m41s.13
-r--r--r-- 1 e748 Exxx 4192024637 23 juin 14:04 /data/e748X/e755/acquisition/run/run_0075.dat.23-06-18_12h56m41s.14
-r--r--r-- 1 e748 Exxx 4192024637 23 juin 14:05 /data/e748X/e755/acquisition/run/run_0075.dat.23-06-18_12h56m41s.15
-r--r--r-- 1 e748 Exxx 4192024637 23 juin 14:06 /data/e748X/e755/acquisition/run/run_0075.dat.23-06-18_12h56m41s.16
-r--r--r-- 1 e748 Exxx 4192024637 23 juin 14:07 /data/e748X/e755/acquisition/run/run_0075.dat.23-06-18_12h56m41s.17
-r--r--r-- 1 e748 Exxx 4192024637 23 juin 14:08 /data/e748X/e755/acquisition/run/run_0075.dat.23-06-18_12h56m41s.18
-r--r--r-- 1 e748 Exxx 4192024637 23 juin 14:10 /data/e748X/e755/acquisition/run/run_0075.dat.23-06-18_12h56m41s.19
-rw-r--r-- 1 e748 Exxx 4192024637 23 juin 14:11 /data/e748X/e755/acquisition/run/run_0075.dat.23-06-18_12h56m41s.20
-r--r--r-- 1 e748 Exxx 10865399 23 juin 14:19 /data/e748X/e755/acquisition/run/run_0075.dat.23-06-18_14h16m48s
-r--r--r-- 1 e748 Exxx 1091 23 juin 14:21 /data/e748X/e755/acquisition/run/run_0076.dat.23-06-18_14h20m18s
-r--r--r-- 1 e748 Exxx 681623825 23 juin 15:00 /data/e748X/e755/acquisition/run/run_0077.dat.23-06-18_14h27m56s
-r--r--r-- 1 e748 Exxx 689592403 23 juin 15:28 /data/e748X/e755/acquisition/run/run_0078.dat.23-06-18_15h05m57s
-r--r--r-- 1 e748 Exxx 1202349993 23 juin 16:26 /data/e748X/e755/acquisition/run/run_0079.dat.23-06-18_15h31m35s
-r--r--r-- 1 e748 Exxx 15886643 23 juin 16:32 /data/e748X/e755/acquisition/run/run_0080.dat.23-06-18_16h28m54s

Sat Jun 23 18:01:58 2018

Using Run 63-64 we drew Kinematics Lines.

Attachment 1: ELab_Theta_2H.pdf

Attachment 2: ELab_Theta_3H.pdf

Attachment 3: ELab_Theta_3He.pdf

Attachment 4: ELab_Theta_4He.pdf

Sat Jun 23 19:10:23 2018

Sat Jun 23 19:23:19 2018

Analysis of run0072 (two hours accumulation).

Attachment 1:
Reconstructed beam image. The ring should correspond to the cell's frame.

Attachment 2:
Definition of cuts. The central region of the target was selected and then named "targ".

Attachment 3:
Particle identification. Deuterons are well separated.

Attachment 4:
Elab-theta plot. The target and deuteron cuts were applied. Kinematics curves of the (p,d) reactions are seen.

Attachment 5:
Elab-theta again. Calculated kinematics curves were superimposed.
An energy correction factor of 0.8 has to be introduced to reproduce the curves (probably due to the incomplete energy calibration).
In addition to the ground-state transition, excited states with spectroscopic factors larger than 0.4 are also shown. See PRC 48, 95 (1993) for the details.

Attachment 6:
Angular distribution of 40Ca(d,p)39Ca(1/2+) from the reference. A similar oscillating pattern was observed in the Elab-theta plot.

EDIT: the deviation from the kinematics was due to an incorrect beam energy.

Attachment 1: run72_targ_log.png

Attachment 2: run72_targ_cuts.png

Attachment 3: run72_pid.png

Attachment 4: run72_etheta_dtarg.png

Attachment 5: run72_etheta_dtarg_kinema_adj.png

Attachment 6: Screen_Shot_2018-06-23_at_14.08.37.png

Attachment 7: Screen_Shot_2018-06-23_at_14.08.54.png

Sat Jun 23 19:41:49 2018

Attachment 1: DE_E_run81.pdf

Sat Jun 23 20:07:49 2018

Order-of-magnitude estimate of the target thickness.

We have about 5000 counts of 40Ca(p,d)39Ca(g.s.) in an angular range of 10-30 degrees.
The total beam flux is calculated as follows.

2 hours x 1.5 x 10^5 pps = 1 x 10^9 particles
About half is on target -> 5 x 10^8 particles

By assuming the 5-mb cross section (integrated with respect to the cm angle),
and ignoring the Jacobian and the detector coverage, we get

thickness = 5000 counts / (5 mb x 5 x 10^8 particles) = 2 x 10^21 cm^-2

c.f. 1-mm thick solid hydrogen 4 x 10^21 cm^-2

Sat Jun 23 20:09:00 2018

Summary of Runs 83 and 84

CATS beam 1.7 10**5 /s
Run 84 start @ 19h54 stop @ 20h16 on problem with CO.
the PCP said: Maybe 10 minutes of beam stop. Let's see.

==========================================================================================
e748 Exxx 51110971 23 juin 19:46 /data/e748X/e755/acquisition/run/run_0083.dat.23-06-18_19h29m47s
e748 Exxx 469310055 23 juin 20:16 /data/e748X/e755/acquisition/run/run_0084.dat.23-06-18_19h54m06s
==========================================================================================

Attachment 1: run_0084_Startscaler.png

Attachment 2: scalersRun84at20h14.png

Attachment 3: MergerNarvalRun84.png

Attachment 4: GMTmasterE755.png

Attachment 5: GMTmasterchronoE755.png

Attachment 6: Runstop84NarvalRCC.png

Attachment 7: TempMuvi1MufeeXTel1.png

Attachment 8: TempMuvi2MufeeYTel6.png

Attachment 9: TempMuvi2MufeeXTel6.png

Attachment 10: TempMuvi2MufeeXTel8.png

Attachment 11: run84_HTmust2tel1to4.png

Attachment 12: run84_HTmust2tel5to8andCats.png

Attachment 13: run84Plastic.png

Attachment 14: Run84MM1toMM6eCsI.png

Attachment 15: Run84MMimpact.png

Attachment 16: run84MMstrxYEandYEcal.png

Attachment 17: run84MM5to8strxYEandYEcal.png

Attachment 18: Run84profilBeamCats.png

Attachment 19: Run84RawChargePlotCats.png

Sat Jun 23 20:56:15 2018

CATS beam 1.8 10**5 /s
Beam back at 20h46
Run 85 start @ 20h46 stop @21h02
We stop the beam to enter in D6 area to empty the target.
==========================================================================================
e748 Exxx 427563975 23 juin 21:02 /data/e748X/e755/acquisition/run/run_0085.dat.23-06-18_20h46m25s

==========================================================================================

Attachment 1: Run85_scalersAt20h48.png

Attachment 2: run85Catsprofiles.png

e755 - Louis, Daisuke,Shumpei, Takeshi, Nori, Val�rie

Sat Jun 23 21:17:03 2018

Run 86-Test measurement, (heating target)

CATS beam 1.8 10**5 /s
Target temperature increasing during the run.
Run 86 start @ 21h05 stop @21h41

==========================================================================================
e748 Exxx 574662435 23 juin 21:42 /data/e748X/e755/acquisition/run/run_0086.dat.23-06-18_21h14m01s

==========================================================================================

Attachment 1: run86Scalersat21h17.png

e755 - Louis, Daisuke,Shumpei, Takeshi, Nori, Val�rie

Sat Jun 23 21:51:04 2018

Run 87-Empty target measurement

CATS beam 1.8 10**5 /s

Run 87 start @ 21h42 stop @ 21h52

==========================================================================================

e748 Exxx 108503761 23 juin 21:52 /data/e748X/e755/acquisition/run/run_0087.dat.23-06-18_21h42m39s
==========================================================================================

Attachment 1: run87Scalersat21h50.png

evaporation of the H2 target

Sat Jun 23 21:52:01 2018

Here is the temperature log when we evaporate the liquid H2 by heater.
The black line is what we call sensor A, which we monitor usually, and the red line is sensor B, which is the closest sensor to the target window.

Attachment 1: evapolation2206.png

Sat Jun 23 22:03:17 2018

takeshi

TARGET

temperasure log of the target

I would report the temperature log of the liquid hydrogen target.
We consider it was liquid during the beam time up to now by the beam profile data on the target.

Attachment 1: temperature2306_3.png

Attachment 2: heatshield2306_3.png

Attachment 3: cell2306_3.png

e755 - Louis, Daisuke,Shumpei, Takeshi, Nori, Val�rie

Sat Jun 23 22:08:43 2018

Run 88-Empty target measurement

CATS beam 1.8 10**5 /s

Run 88 start @ 22h07
empty target
stoped @ 23h27 because of decrease of the beam intensity
==========================================================================================

==========================================================================================

Attachment 1: ScalersRun88at22h08.png

Attachment 2: Run88emptyT_Plast.png

Attachment 3: Run88emptyT_CATSbeam.png

Attachment 4: Run88emptyT_CatsRaw.png

Attachment 5: Run88emptyT_MMCsI.png

Attachment 6: Run88emptyT_MMimpact.png

Attachment 7: Run88emptyT_MM1to4.png

Attachment 8: Run88emptyT_MM5to8.png

Attachment 9: Run88scalersAt22h37.png

Attachment 10: Run88NarvalOnRun.png

Sat Jun 23 22:42:33 2018

Status of MUST2 telescopes 23 june 18

Temperatures on the Mufeex-Y cards:

Temperature set on the regulator -4�C.
----------------------------------------------------
T1 X 5�C | T1Y 2�C
----------------------------------------------------
T2 X 6�C | T1Y 2�C
----------------------------------------------------
T3 X 4�C | T1Y 1�C
--------------------------------------------------
T4 X 3�C | T1Y 1�C
----------------------------------------------------
T5 X 6�C | T1Y 4�C
----------------------------------------------------
T6 X 10�C | T1Y 2�C
---------------------------------------------------
T7 X 2�C | T1Y electronic probe is not running well: !!! -127 (128= 2**7)
----------------------------------------------------
T8 X 8�C | T1Y 6�C

Attachment 1: TempMuvi1MufeeXTel1.png

Attachment 2: TempMuvi2MufeeYTel6.png

Attachment 3: TempMuvi2MufeeXTel6.png

Attachment 4: TempMuvi2MufeeXTel8.png

Attachment 5: Run88scalersAt23hORDI.png

Target images for Liq. H and empty target

Sat Jun 23 22:47:21 2018

Attachment 1: RUN 85 with liq.H
Attachment 2: RUN 88 with empty cell.

counting rate in MUST2 decreased about 50% when evacuated the hydrogen

Attachment 1: run85Catsprofiles.png

Attachment 2: Run88emptyT_CATSbeam.png

Sat Jun 23 23:31:12 2018

Run 89-Empty target measurement

CATS beam 1.5 10**5 /s

Run 89 start @ 23h29
empty target

=============================================
restarted after beam tuning,
Beam was shifted in y direction as shown on the picture
to be fixed tomorrow
=============================================

Attachment 1: Run89CatsProfile.png

run summary for 40Ca beam

Sat Jun 23 23:38:32 2018

run 63-85, total 15.4 hours data was taken

start stop duration runname
23-06-18 01:29:34 23 juin 02:03 00:34 run_0063.dat.23-06-18_01h29m34s
23-06-18 02:12:56 23 juin 03:06 00:54 run_0064.dat.23-06-18_02h12m56s
23-06-18 03:06:44 23 juin 04:33 01:27 run_0065.dat.23-06-18_03h06m44s
23-06-18 04:33:17 23 juin 05:06 00:33 run_0066.dat.23-06-18_04h33m17s
23-06-18 05:06:22 23 juin 05:18 00:12 run_0067.dat.23-06-18_05h06m22s
23-06-18 05:28:57 23 juin 05:42 00:14 run_0068.dat.23-06-18_05h28m57s
23-06-18 05:58:58 23 juin 07:22 01:24 run_0069.dat.23-06-18_05h58m58s
23-06-18 07:22:24 23 juin 07:27 00:05 run_0070.dat.23-06-18_07h22m24s
23-06-18 07:51:25 23 juin 08:19 00:28 run_0071.dat.23-06-18_07h51m25s
23-06-18 08:18:47 23 juin 10:10 01:52 run_0072.dat.23-06-18_08h18m47s
23-06-18 10:10:12 23 juin 12:05 01:55 run_0073.dat.23-06-18_10h10m12s
23-06-18 12:24:39 23 juin 12:32 00:08 run_0074.dat.23-06-18_12h24m39s
23-06-18 12:56:41 23 juin 14:11 01:15 run_0075.dat.23-06-18_12h56m41s.20
23-06-18 14:16:48 23 juin 14:19 00:03 run_0075.dat.23-06-18_14h16m48s
23-06-18 14:20:18 23 juin 14:21 00:01 run_0076.dat.23-06-18_14h20m18s
23-06-18 14:27:56 23 juin 15:00 00:33 run_0077.dat.23-06-18_14h27m56s
23-06-18 15:05:57 23 juin 15:28 00:23 run_0078.dat.23-06-18_15h05m57s
23-06-18 15:31:35 23 juin 16:26 00:55 run_0079.dat.23-06-18_15h31m35s
23-06-18 16:28:54 23 juin 16:32 00:04 run_0080.dat.23-06-18_16h28m54s
23-06-18 17:27:37 23 juin 18:31 01:04 run_0081.dat.23-06-18_17h27m37s
23-06-18 18:31:25 23 juin 19:10 00:39 run_0082.dat.23-06-18_18h31m25s
23-06-18 19:29:47 23 juin 19:46 00:17 run_0083.dat.23-06-18_19h29m47s
23-06-18 19:54:06 23 juin 20:16 00:22 run_0084.dat.23-06-18_19h54m06s
23-06-18 20:46:25 23 juin 21:02 00:16 run_0085.dat.23-06-18_20h46m25s

Sun Jun 24 09:48:46 2018

9H10: D5 stopped at 9H10. We asked for the beam.

9H48: Still no beam. There is a problem with the beam current limits set in the accelerator. They have to change it from 40 nAe between CO1 and CSS1 to 3.8 �Ae after CSS2.

10H05: Still no beam. Vincent arrived for the air conditioning of D6.

10H23: No beam. They have to re-align the beam in the alpha line.

11H45: Beam is back after alignment of the entrance of the LISE line

Sun Jun 24 12:10:35 2018

takeshi

TARGET

target temperature during warming up

I would share the temperature log of the target cell during warming it up.
The thick line is the heat shield and the thin line is the cell.
The heat shield may takes 2 hours to reach 200 K and 6 hours for 270K.
Note that we need 45 minutes to evaporate liquid hydrogen before warming up.

Attachment 1: warming2406.png

Sun Jun 24 13:20:51 2018

We started cooling the target cell at 13h03.
It would take 4 - 5 hours to cooling the cell enough low for liquifying hydrogen.

Attachment 1: cooling.png

Sun Jun 24 13:25:30 2018

Fred, val�rian, daisuke

Scalers to be recorded

The U2M scaler data cannot be recorded to the data in the current version of Narval. So there were no scaler data during the measurement of 40Ca.

To resolve the situation, we added register parameters for specified channels of U2M. This allows us to record the counts of a given channel at each event.

Here is the procedure by Fred
---
dans l'onglet Parametres de l'U2M, cr�er un "parametre sur registre" en choisissant le registre U2M_SCALERS et l'item correspondant � la voie d�sir�e (item 0 pour la premi�re voie, item 1 pour la deuxi�me voie...).

Sauver la config DAS (donc attention � ce qu'elle soit enti�rement correcte, notamment pour les MUVI ...).

Ouvrir le fichier action, ajouter "READ/PARAM=nom_du_parametre"

Suaver le fichier action puis le compiler.

INIT dans le Run Control.

Relanceer le online.
---
Notes:
- the parameter name should be 15 characters or shorter. If not, the compilation will take forever.
- More registers, more dead time. So we included only CATS, CAVIAR, Plastic, DT and 100 Hz clock.

Attachment 1: run_0092_scaler_record_check.png

Sun Jun 24 16:11:38 2018

automated screenshot commands

shot: Capture the window selected by the mouse
shotall: Capture the current display
shotvisu: Capture Vigru window
shotsca: Capture Scaler window
shotdas: Capture DAS window
shotrc: Capture Run controller window
img: Move to the save folder /home/e748/Images/e738_e755

Shotcut icons are available on the Desktop (in the picture in the attachment 1).

PNG images will be stored to:
/home/e748/Images/e738_e75

The macros are in the same directory.
/home/e748/Images/e738_e755/screenshot.sh

*** To capture a window, move to the workspace where the given window exists. The window is not necessary to be active, but should be unfolded.

Attachment 1: screenshot_2018-06-24_18h06m11s.png

Attachment 2: screenshot.sh

#!/bin/tcsh


if ($1 =~ select) then

echo 'Select a window to be captured.'
echo ''
set header='screenshot_'
set quality=100
set window_id='none'

else if ($1 =~ display) then
echo 'Display captured'
set header='screenshot_'
set quality=100
set window_id='root'

else if ($1 =~ visu) then
echo 'ViGRU window captured.'
set header='visu_'
set quality=100
set window_id=`xwininfo -name ' Vigru  18.03.12' | awk '{print $4}' | grep -i 0x`


else if ($1 =~ scaler) then
echo 'Scaler window captured.'
set header='scaler_'
set quality=50
set window_id=`xwininfo -name 'SCALER ANALYSER v14.03-03 [Language : English(en)]' | awk '{print $4}' | grep -i 0x`


else if ($1 =~ das) then
echo 'DAS window captured.'
set header='das_'
set quality=100
set window_id=`xwininfo -name 'GANIL DAS v14.03-03 [Language : English(en)]      e755' | awk '{print $4}' | grep -i 0x`


else if ($1 =~ rc) then
echo 'Run Control window captured.'
set header='rc_'
set quality=100
set window_id=`xwininfo -name 'Run Control GUI' | awk '{print $4}' | grep -i 0x`


endif


set save_dir = ~/Images/e738_e755/
set datetime = `date +%Y-%m-%d_%Hh%Mm%Ss`
set file_name = "$save_dir$header$datetime.png"
if ($window_id =~ none) then

import -quality $quality $file_name

else

import -quality $quality -window $window_id $file_name

endif

echo "Window ID $window_id saved to $file_name"

MUST2 threshold from 1 MeV to 0.4 MeV

Sun Jun 24 19:51:09 2018

It was found that the energy threshold of the strips was as high as 1 MeV. This threshold setting was chosen for the calibration and was never set back to the nominal threshold (0.4 MeV) for experiments.

Lowered to 0.4 MeV.

Note that due to the low energy threshold, triton of energies higher than 70 MeV were partially rejected during the measurement of 40Ca(p,t).

Attachment 1: das_2018-06-24_19h33m36s.png

Attachment 2: das_2018-06-24_19h49m33s.png

Sun Jun 24 21:12:25 2018

Since Run 103
MASTER FAG 100 ns
SLAVE 100 ns

Attachment 1: GMTchronoMaster.png

Attachment 2: GMTslaveChrono.png

e755-Daisuke, Louis, Olivier, Pierre, Val�rie

Sun Jun 24 21:36:24 2018

Summary of the evening runs 101-105

run 101 Trigger Cats 2 div; div =1
Run 102
run 103
Run 104 Trigger Cats 2 div; div =1 I~ 10 nA
run 105 Trigger Cats 1 div (div was thought to be 10**4 but it seems not the cas when we looked at the FAg).

-r--r--r-- 1 e748 Exxx 98187 24 juin 20:36 /data/e748X/e755/acquisition/run/run_0101.dat.24-06-18_20h31m25s
-r--r--r-- 1 e748 Exxx 57497 24 juin 20:43 /data/e748X/e755/acquisition/run/run_0102.dat.24-06-18_20h38m29s
-r--r--r-- 1 e748 Exxx 48984849 24 juin 20:51 /data/e748X/e755/acquisition/run/run_0103.dat.24-06-18_20h45m02s
-r--r--r-- 1 e748 Exxx 1328045829 24 juin 21:20 /data/e748X/e755/acquisition/run/run_0104.dat.24-06-18_20h52m33s
-r--r--r-- 1 e748 Exxx 1227627571 24 juin 21:30 /data/e748X/e755/acquisition/run/run_0105.dat.24-06-18_21h21m00s

lpcgrit:/home/e748/analysis/nptool/Projects/e755 $ ls -lrt /data/e748X/e755/acquisition/run/run*dat*

Sun Jun 24 22:13:29 2018

We liquefied the hydrogen target around 22:00.
I would share the temperature log of the liquid hydrogen target during cooling and liquifying.
Black line is today and the other colors represent the references , The thicker liens are the heat shield and the thinner lines are the cell.
The behavior is almost same as the previous logs and seems okay.

Attachment 1: temperature2406.png

Attachment 2: liquiefy2406.png

Sun Jun 24 22:13:30 2018

RUN 106 empty target run

Run 106 Trigger: MUST2 all
start @ 21h31; stop @21h44
e748 Exxx 168154021 24 juin 21:44 /data/e748X/e755/acquisition/run/run_0106.dat.24-06-18_21h31m26s

Attachment 1: run_0106_cats_images.png

Attachment 2: visu_2018-06-24_21h58m40s.png

Attachment 3: Run106scalersAt21h43.png

Attachment 4: Run106TriggerMM.png

Attachment 5: Run106TriggerMust2ProfileOnTarget.png

Attachment 6: Run106visu_2018-06-24_21h40m40s.png

Daisuke, Louis, Olivier, Val�rie

Sun Jun 24 22:18:50 2018

run 107 start@ 22h15; stop@ 22h37
e748 Exxx 689278077 24 juin 22:37 /data/e748X/e755/acquisition/run/run_0107.dat.24-06-18_22h15m16s

Attachment 1: Run107scalersAt22h17.png

Attachment 2: TriggerMMandCATSRun107.png

Attachment 3: TriggerMM2Run107ProfileCats.png

threshold for DSSDs of MUST2

Sun Jun 24 22:25:53 2018

Threshold of DSSDs were changed (see entry 638).
Run 106 was analyzed and now the threshold seems about 0.4 MeV.

Attachment 1: pid_threshold.pdf

Daisuke, Louis, Olivier, Val�rie

Sun Jun 24 22:26:46 2018

HV on MUST2, currents, CATS

NB: SiLi1 T7 has tripped during the evening (since Run 104)
It should be put on again (better to increase the HV during a beam stop)

Attachment 1: HVonMUST2mm1to4.png

Attachment 2: HVonMUST2mm5to8andCats.png

Daisuke, Fairouz, Louis, Olivier, Val�rie

Sun Jun 24 22:45:41 2018

Run 108 24 june start @ 22h38 stop@ 22h54
e748 Exxx 10068143 24 juin 22:54 /data/e748X/e755/acquisition/run/run_0108.dat.24-06-18_22h38m15s
Triggers Cats 1 and Cats2 DIV= 3.10**4
I ~ 2. 10**5 /s

Attachment 1: Run108_TriggersCats.png

Attachment 2: Run108_scalersAt22h43.png

Daisuke, Fairouz, Louis, Olivier, Val�rie

Sun Jun 24 23:07:45 2018

Run 109 24 june start @ 22h54 stop@ 23h14
e748 Exxx 9723325 24 juin 23:14 /data/e748X/e755/acquisition/run/run_0109.dat.24-06-18_22h54m26s
Triggers Cats 1 and Cats2 DIV= 3.10**4
from I ~ 1.6 to 2. 10**5 /s by opening FH43 slits from 1.2 mm to 4mm

At the end of the run, we have:
Slits FH43 +/-4mm ; FV43 +/- 10mm ;
after putting FV43 at +/- 10 mm, we change the Wien filter from 4kV (initial value) to 6 kV, then to 2kV.

Attachment 1: Run109_ScalersAt22h56.png

Attachment 2: Run109_CaTSslits10-8.5mm_W1.4kV.png

Attachment 3: Run109_CaTSslitsFV43at10mm_W2kV.png

Attachment 4: Run109filledTargetOKat16KprojBinY.png

Attachment 5: Run109_ProfileCatsTargetFrame.png

Daisuke, Fairouz, Olivier, Val�rie

Sun Jun 24 23:17:01 2018

Run 110 24 june start @ 23h15 stop @ 23h56
e748 Exxx 1339167483 24 juin 23:56 /data/e748X/e755/acquisition/run/run_0110.dat.24-06-18_23h14m53s
All Triggers: MUST2 and Cats 1 and Cats2 DIV= 3.10**4
I ~1.9 10**5 /s FH43 4mm

Slits FH43 +/-4mm ; FV43 +/- 10mm ;
Wien filter is 2kV.
--r--r-- 1 e748 Exxx 1339167483 24 juin 23:56 /data/e748X/e755/acquisition/run/run_0110.dat.24-06-18_23h14m53s

Attachment 1: Run110-projCATS2-CAVIAR.png

Val�rie +Lise team: Jean-Charles+Target: Takeshi

Mon Jun 25 00:13:48 2018

Run 111 25th June start @ 0h stop @1h13

e748 Exxx 3590054877 25 juin 01:14 /data/e748X/e755/acquisition/run/run_0111.dat.24-06-18_23h59m52s

--------------------------------------------------------------------------------
Triggers All Must2 Cats 1 and Cats2 DIV= 3.10**4
I ~2.0 10**5 /s FH43 +/- 5mm ; FV 43 +/- 4.1mm ; FH31 = +/-4mm
D33G D31 RMN = 8310.81 G
BRMN= 8311 G <--> Brho = 2.1614 T.m
Wien Filter +2 kV
-------------------------------------------------------------------------------------
Dead time between 15 and 27%

Attachment 1: Run111scalersAt0h15.png

Attachment 2: Run111ICde1tcats1HF.png

Attachment 3: ProjRun111ICde1tcats1HF.png

Attachment 4: ProjXbinY500Run111ICde1tcats2HF.png

Attachment 5: Run111_BeamProfile.png

Attachment 6: Run111_CatsCal.png

Attachment 7: Run111_CatsRaw.png

Attachment 8: Run111dcPOS.png

Attachment 9: Run111_ICDeCatsplast.png

Attachment 10: Run111ICzeroDeg.png

Attachment 11: Run111_MM1toMM4strXYE.png

Attachment 12: Run111_MM15toMM8strXYE.png

Attachment 13: Run111_MMimpacts.png

Attachment 14: Run111NpPlasticQTcatsCaviar.png

Attachment 15: Run111QplasticTime.png

Attachment 16: Run111scalersAt1h12.png

Val�rie +Lise team: Jean-Charles+Target: Takeshi

Mon Jun 25 01:17:47 2018

Run 112 25th June start @ 1h14 stop @ 2h34
e748 Exxx 3769078581 25 juin 02:34 /data/e748X/e755/acquisition/run/run_0112.dat.25-06-18_01h14m03s
Target seems to be still ok and filled! see CATS plot on target
--------------------------------------------------------------------------------
Triggers All Must2 Cats 1 and Cats2 DIV= 3.10**4
I ~2.0 10**5 /s FH43 +/- 5mm ; FV 43 +/- 4.1mm ; FH31 = +/-4mm
D33G D31 RMN = 8310.81 G
BRMN= 8311 G <--> Brho = 2.1614 T.m
Wien Filter +2 kV
-------------------------------------------------------------------------------------
Dead time between 15 and 27%
Beam fluctuations, I down at 1.2 1�**5 at 1h35, then increasing at 2.4 10**5 at 1h40 and 3. 10**5 at 1h42 - see scalers at 1h41 and at1h43.
dead time around 25-30% at maximum.

We noticed that caviar was at 0 during the first part of run 112 (due to a cable removed on the LISE electronics).See scalers: Run112ScalersAt1h19.png
The cable was correctely connected again and now it is ok. See scalers Run112ScalersAt2h08.png

Attachment 1: Run112BeamProfileTarget.png

Attachment 2: Run112ScalersAt1h19.png

Attachment 3: Run112TargetProfile.png

Attachment 4: Run112ScalersAt1h41.png

Attachment 5: Run112ScalersAt1h43.png

Attachment 6: Run112ScalersAt2h08.png

Mon Jun 25 02:34:30 2018

Val�rie +Target: Takeshi

Run 113 25th June start @ 2h34 stop @ 3h57
e748 Exxx 3957925525 25 juin 03:57 /data/e748X/e755/acquisition/run/run_0113.dat.25-06-18_02h34m10s

--------------------------------------------------------------------------------
Triggers All Must2 Cats 1 and Cats2 DIV= 3.10**4
I ~2.0 10**5 /s FH43 +/- 5mm ; FV 43 +/- 4.1mm ; FH31 = +/-4mm

-------------------------------------------------------------------------------------
Dead time between 20 and 29%
Beam I~ 2.7 10**5 at 2h37 and 2.8 10**5 at 2h39- see scalers
dead time around 25-30% at maximum.
Beam Intensity at 3. 10**5 at 3h30 dead time up to 35%
------------------------------------------------------------------------------

Attachment 1: Run113ScalersAt2h37.png

Attachment 2: Run113PlotDETcats1HFandCATS2HF.png

Attachment 3: Run113ProjXDETcats1HF.png

Attachment 4: Run113TriggerGatconf.png

Attachment 5: Run113MMImpacts.png

Attachment 6: Run113BeamOnCats.png

Attachment 7: Run113DCnumexo.png

Attachment 8: Run113ICnumexoPLCats.png

Attachment 9: Run113PlasticQT.png

Attachment 10: Run113NarvalOnRun.png

Attachment 11: Run113beamProfile.png

HV on MUST2, currents, CATS

Mon Jun 25 03:14:38 2018

HV and currents on DSSDs and SiLi at 3h20

Telescopes T
T1 80V ; I ~ 4.9 �A
T2 80V ; I ~ 1.6 �A
T3 70V ; I ~ 0.7 �A
T4 60V ; I ~ 0.5 �A
T5 80V ; I ~ 7.6 �A
T6 80V ; I ~ 0.7 �A
T7 80V ; I ~ 1.2 �A
T8 80V ; I ~ 4 �A

SiLi 1/T7 300V tripped since 24th evening ; SiLi 2 /T7 750V; 1.5 �A
SiLi 1/T8 750V; ~ 26.4 �A ; SiLi 2 /T8 750V; ~ 1.8 �A
CATS1 580V ; 0.44 �A
CATS2 580V ; 0.54 �A

Mon Jun 25 03:58:22 2018

Val�rie +Target: Takeshi

Run 114 25th June start @ 3h57 stop @5h34

e748 Exxx 4015552641 25 juin 05:34 /data/e748X/e755/acquisition/run/run_0114.dat.25-06-18_03h57m34s
--------------------------------------------------------------------------------
Triggers All Must2 Cats 1 and Cats2 DIV= 3.10**4
I ~2.4 10**5 /s FH43 +/- 5mm ; FV 43 +/- 4.1mm ; FH31 = +/-4mm;
FH62 +/-15 mm; FV62 +11 mm

-------------------------------------------------------------------------------------
Dead time between 20 and 25%
Beam I~ 2.4 10**5 down to 2.2 10**5 at 4h01- see scalers
down to 3. 10**4 at 4h55 then up to 2.3 10**5 at 5h07; 1.6 10**5 at 5h30

------------------------------------------------------------------------------

Attachment 1: Run114ScalersAt4h01.png

Attachment 2: Run114CATSchargeRaw.png

Attachment 3: Run114CATSchargecal.png

Attachment 4: Run114DCnumexoPhys.png

Attachment 5: Run114IC0degcatsCaviar.png

Attachment 6: Run114ICorrelPIDicDeTOF.png

Attachment 7: Run114MMimpacts.png

Attachment 8: Run114NPscalersAt4h25.png

Attachment 9: Run114ScalersAt5h30.png

Mon Jun 25 05:34:53 2018

Val�rie +Target: Takeshi

RUNS 115, 115.1 and 116

Run 115 25th June start @ 5h34 stop@6h57
e748 Exxx 4190541701 25 juin 06:57 /data/e748X/e755/acquisition/run/run_0115.dat.25-06-18_05h34m33s
-------------------------------------------------------------------------------
Run 115.1 25th June start @ 6h57 stop@ 8h15
r--r--r-- 1 e748 Exxx 4003567657 25 juin 08:15 /data/e748X/e755/acquisition/run/run_0115.dat.25-06-18_05h34m33s.1

--------------------------------------------------------------------------------
Run 116 25th June start @ 8h15 stop@ 10h53
-rw-r--r-- 1 e748 Exxx 95322557 25 juin 2018 /data/e748X/e755/acquisition/run/run_0116.dat.25-06-18_08h14m39s
--------------------------------------------------------------------------------
--------------------------------------------------------------------------------
Triggers All Must2 Cats 1 and Cats2 DIV= 3.10**4
I ~2.4 10**5 /s FH43 +/- 5mm ; FV 43 +/- 4.1mm ; FH31 = +/-4mm;
FH62 +/-15 mm; FV62 +11 mm

-------------------------------------------------------------------------------------
Dead time between 17 to 26% for I between 1.5 and 1.7 10**5/s on CATS1 and 2
Beam I~ 1.6 10**5 at 5h37
Beam I~ 2.7 10**5 at 6h39 ;dead time ~ 16 to 30%.

Stopped cause noticed that there was no CAVIAR anymore

------------------------------------------------------------------------------

Attachment 1: Run115ScalersAt5h37.png

Attachment 2: Run115ScalersAt6h39.png

Attachment 3: Run115b1_scalersAt7h20.png

Attachment 4: Run115b1BeamProfile.png

Attachment 5: Run116_ScalersAt8h26.png

SUMMARY-Missing strips MUST2

Mon Jun 25 07:41:54 2018

Telescopes MM1 to MM8, XY ET missing strips
----------------------------------------------------
MM1-XE - X1, X30, X34, X44, X64, X121, X126
MM1-YE - Y25, Y47, Y48, Y124
----------------------------------------------------
MM2-XE - X3, X4, X5, X6, X8, X22, X26, X31, X39, X46, X47, X69, X70, X77
MM2-YE - Y69, Y70, Y100
----------------------------------------------------
MM3-XE - none
MM3-YE - Y93
----------------------------------------------------
MM4-XE - X35
MM4-YE - Y123, Y126
----------------------------------------------------
MM5-XE - X19, X20, X22, X23, X48
MM5-YE - Y34, Y46, Y49, Y65, Y66, Y67, Y69, Y71, Y73, Y75, Y77, Y96, Y98, Y119, Y125
----------------------------------------------------
MM6-XE - X40, X110, X111, X113, X114, X1199, X120, X121, X122
MM6-YE - Y18, Y98
----------------------------------------------------
MM7-XE - X12, X13, X27, X78
MM7-YE - Y24, Y58, Y59
----------------------------------------------------
MM8-XE - X67, X68
MM8-YE - Y96, Y113
----------------------------------------------------

Attachment 1: Run116_MMimpacts.png

Attachment 2: Run116_Mm1toMM4StrXYE.png

e755 Louis Francois Marlene

Mon Jun 25 08:38:34 2018

Here Kine;atics line for th 38Ca(p,d)37Ca Channel from run 110

Attachment 1: 38Capd_Run_110.pdf

Attachment 2: 38Capd_Run_110_deE.pdf

RUN 106 (38Ca with empty target) S/N

Mon Jun 25 10:42:47 2018

p, d, t ratio of events from the target frame and from the target aperture (covered by Havar 6.5 micron and Mylar 2 micron)

R(d/p) = 0.3 (frame) 0.14 (target)
R(t/p) = 0.1 (frame) 0.07 (target)

The target cell produce less deuterons and tritons compared to the target frame.

The target cell also produce more particles within one event (or the multiplicity is higher).

Attachment 1: screenshot_2018-06-25_10h26m17s.png

Attachment 2: screenshot_2018-06-25_10h27m37s.png

Attachment 3: screenshot_2018-06-25_10h36m15s.png

Attachment 4: screenshot_2018-06-25_10h27m26s.png

Attachment 5: screenshot_2018-06-25_10h37m16s.png

Attachment 6: screenshot_2018-06-25_14h41m23s.png

Attachment 7: screenshot_2018-06-25_14h41m35s.png

Run 117, 38Ca, Target filled

Mon Jun 25 11:12:40 2018

Run 117 started @ 10h54
stopped @ 11h32 to enter in the room

CAVIAR was tripped and restarted. CAVIAR retripped and re turned on at 655V

Attachment 1: Run117_CATS_RAW.png

Attachment 2: Run117_CATStraj.png

Attachment 3: Run117_Odegres.png

Attachment 4: Run117_T8CATS_HF.png

Attachment 5: Run118_de_tof.png

Attachment 6: Run118_Scalers.png

Mon Jun 25 11:23:03 2018

Attachment 1: screenshot_2018-06-25_11.17.25.png

Mon Jun 25 13:40:41 2018

RUN 118 CAVIAR setting

run 118 started @ 13h13
stopped @ 13h43

Tension of CAVIAR setting for high intensity beam.
Stopped to enter in D4 and D6

Mon Jun 25 14:04:17 2018

Test for CAVIAR and CHIO:

run 119 with two 1/15 reductors 13h54 to 14h01
run 120 with one 1/15 reductor 14h01 to 14h03
run 121 without reductor 14h04 to 14h13
run 122 without redictor, with CATS1/3*10**4 14h13 to 14h16

Mon Jun 25 16:09:24 2018

Beam and CHIO tunning

During run 126:
Beam was tuned to be centered and homogeneous in the target
efficiency and resolution of the CHIO was improved

Attachment 1: Run126_deTOF.png

Attachment 2: Run127_BeamProfil.png

Attachment 3: Run126_Scaler.png

Confirmation of CATS reconsctruction

Mon Jun 25 17:23:49 2018

Gating on T1 to T4 and looking at the the CATS reconstruction on Target we confirm that;
- CATS is correlated to MUST
- Telescope Position matches CATS Position, so Telescope numerotation is correct and there is no inversion in CATS.

In attached picture you can see CATS position on target gated by:
- Red: T1
- Green: T2
- Violet: T3
- Noir: T4

Confirmation of CATS reconsctruction

Mon Jun 25 17:27:59 2018

Attachment 1: CATS_TELESCOPE.png

Attachment 2: CATS_TELESCOPE_M2.png

Mon Jun 25 17:28:03 2018

There was a sudden increase of the temperature at 4pm. Fortunately the cell is still filled with liquid.

Attachment 1: screenshot_2018-06-25_17.20.41.png

Attachment 2: screenshot_2018-06-25_20.56.47.png

RUN 127 (Still filled with liquid? test with Wien filter)

Mon Jun 25 17:31:27 2018

Beam spot is now too small to see the cell frames. Moved the beam spot down and up by using the Wien filter. It is not conclusive, but the gap between the cell frame and the liquid surface is increasingly apart toward outside in X. It is possible that liquid filling the upper part of the cell has been evaporated. Should carefully monitor the cell temperature and the beam image.

Attachment 1: Run127_BeamProfil.png

Attachment 2: visu_2018-06-25_16h55m02s.png

Attachment 3: visu_2018-06-25_17h01m48s.png

Attachment 4: Run127_target_frame_projection.png

RUN 128 (Still filled with liquid?)

Mon Jun 25 17:40:44 2018

Attachment 1: visu_2018-06-25_17h21m26s.png

Attachment 2: visu_2018-06-25_17h38m50s.png

Attachment 3: visu_2018-06-25_17h57m59s.png

Attachment 4: visu_2018-06-25_18h08m41s.png

Attachment 5: visu_2018-06-25_18h17m46s.png

Attachment 6: visu_2018-06-25_18h29m42s.png

Attachment 7: visu_2018-06-25_18h39m24s.png

Attachment 8: visu_2018-06-25_18h49m38s.png

Attachment 9: visu_2018-06-25_18h59m19s.png

Attachment 10: scaler_2018-06-25_18h59m20s.png

Mon Jun 25 19:59:55 2018

marl�ne, freddy, beno�t

CsI disabled in MUVI/DAS

Attachment 1: das_2018-06-25_19h59m19s.png

Mon Jun 25 20:01:07 2018

Another deat time scaler

After RUN 128, we entered D6 to add another deat time measuring pulses to U2M channel 9. This is supposed to correctly measure dead time both for MUVI1 in the master and MUVI2 in the slave. For detail, see page 85 in the logbook.

The new dead time scaler counts at nearly the same rate as the originial dead time scaler. We could not see a meaningful difference.

Mon Jun 25 20:10:21 2018

Attachment 1: scaler_2018-06-25_20h10m53s.png

Attachment 2: visu_2018-06-25_20h09m45s.png

Mon Jun 25 20:51:28 2018

Previous run (RUN 131), MUST2 threshold was raised to 500 keV to see how the dead time (DESC/ORDD) is improved (found not effective). The threshold was set back to 400 keV.

Attachment 1: scaler_2018-06-25_20h50m56s.png

Attachment 2: visu_2018-06-25_20h59m54s.png

Attachment 3: visu_2018-06-25_21h09m11s.png

Attachment 4: visu_2018-06-25_21h29m33s.png

Attachment 5: visu_2018-06-25_21h39m48s.png

Attachment 6: visu_2018-06-25_21h49m43s.png

Attachment 7: visu_2018-06-25_22h10m53s.png

Attachment 8: visu_2018-06-25_22h07m58s.png

Attachment 9: visu_2018-06-25_22h30m18s.png

Mon Jun 25 22:40:38 2018

same as before

Attachment 1: scaler_2018-06-25_22h42m05s.png

Attachment 2: visu_2018-06-25_22h51m13s.png

Attachment 3: visu_2018-06-25_23h00m38s.png

Attachment 4: visu_2018-06-25_23h12m25s.png

Attachment 5: visu_2018-06-25_23h12m37s.png

Attachment 6: scaler_2018-06-25_23h25m25s.png

Mon Jun 25 23:17:56 2018

Data analysis of run0128 (38Ca physics run). The multiplicity distribution of DSSD x-strips is shown in
Attachment 1. The second peak centered at around 128, which is the number of strips of one detector, corresponds
to events where beam-like heavy ions are hitting the detector.
This causes a huge energy deposit in the detector and eventually induces the mirror charge to be shared among
many strips. The number of these events amounts to about 6% of the total (note that only 100000 events were used
for the analysis). A typical charge distribution of such an event is shown in Attachment 2.
We may need to adjust negative thresholds to suppress them. 

EDIT : The same behaviour can be seen on Y strips (see attachment)

Attachment 1: run0128_simult.png

Attachment 2: run0128_allstripsfired.png

Attachment 3: All_strip_fired.png

Tue Jun 26 00:09:40 2018

Start: 26/06 at 00h05
Stop: 00h40 for PCP to improve beam tuning

Beam is back after some tunning.
Trigger: MM+CATS DIV
Beam intensity about 2x10^5 pps

Attachment 1: scaler_2018-06-26_00h08m24s.png

Attachment 2: visu_2018-06-26_00h08m16s.png

Attachment 3: visu_2018-06-26_00h42m01s.png

Tue Jun 26 01:02:42 2018

start: 01h02
stop: 01h39
Trigger: MM+CATS DIV
Beam = 2x10^5; pps

Attachment 1: scaler_2018-06-26_01h02m13s.png

Attachment 2: visu_2018-06-26_01h04m13s.png

Tue Jun 26 01:46:56 2018

start: 01h41
stop: 03h37

!!!!!!!!!
New signal from CAVIAR has been shifted by 50 ns.
=> TAC_CATS_CAVIAR is now qlso shifted => new cut condition will have to be applied for run 136

Attachment 1: scaler_2018-06-26_01h44m28s.png

Attachment 2: visu_2018-06-26_01h47m09s.png

Attachment 3: visu_2018-06-26_02h53m01s.png

Tue Jun 26 03:40:15 2018

start: 03h38
stop: 05h30

Same condition as before

Trigger: MM + CATS DIV
Beam = 2x10^5 pps

Attachment 1: scaler_2018-06-26_03h38m54s.png

Attachment 2: visu_2018-06-26_03h42m20s.png

Attachment 3: visu_2018-06-26_04h05m34s.png

Tue Jun 26 05:32:35 2018

start: 05h31
stop: 07h23

Trigger: MM + CATS DIV
Beam = 2x10^5 pps

Attachment 1: scaler_2018-06-26_05h32m06s.png

Attachment 2: visu_2018-06-26_05h36m34s.png

Kinematic lines and Ex for 38Ca(p,d) and 38Ca(p,t)

Tue Jun 26 05:40:52 2018

-> 38Ca(p,d) uses run 128

-> 38Ca(p,t) uses run from 128 up to 136

The macro to plot them are located in /home/e748/analysis/nptool/Projects/e755/Analysis/macro
- ShowResult_pd.C
- ShowResult_pt.C

Attachment 1: kine_38Capd_run0128.pdf

Attachment 2: kine_38Capt.pdf

Tue Jun 26 06:55:51 2018

Run 111 - 134 (almost 1 day) data was analyzed.

38Ca (p,t) 36 Ca was reconstructed only from Telescope 3.

About 500 events for most likely 36 Ca g.s.

Gate condition;

1. Inside target by CATS1&2

2. dE-E triton only by Telescope 3 and multiplicity 1

3. TOF gate to select 38Ca beam

Attachment 1: fig.pdf

Pierre, Shumpei, Yorick, Val�rie

Tue Jun 26 07:24:59 2018

start: 07h23
stop: 8h52
748 Exxx 3003199093 26 juin 08:52 /data/e748X/e755/acquisition/run/run_0139.dat.26-06-18_07h22m11s
Trigger: all MM + CATS DIV
Beam= 1.6x10^5 pps fluctuating down to 1.0 10**5/s at 8h06
Scalers at 8h42 beam 1.3 10**5/s

Attachment 1: scaler_2018-06-26_07h23m43s.png

Attachment 2: visu_2018-06-26_07h26m37s.png

Attachment 3: run139_scalersAt8h42.png

data Run summary 25+26 june

Tue Jun 26 08:13:02 2018

RUNS since 25 june pm till 26th june 7am

r--r--r-- 1 e748 Exxx 626093289 25 juin 14:38 /data/e748X/e755/acquisition/run/run_0123.dat.25-06-18_14h18m37s
-r--r--r-- 1 e748 Exxx 1414941763 25 juin 15:04 /data/e748X/e755/acquisition/run/run_0124.dat.25-06-18_14h38m54s
-r--r--r-- 1 e748 Exxx 2505023131 25 juin 15:13 /data/e748X/e755/acquisition/run/run_0125.dat.25-06-18_15h05m58s
-r--r--r-- 1 e748 Exxx 1913031751 25 juin 16:09 /data/e748X/e755/acquisition/run/run_0126.dat.25-06-18_15h13m03s
-r--r--r-- 1 e748 Exxx 2330506901 25 juin 17:08 /data/e748X/e755/acquisition/run/run_0127.dat.25-06-18_16h09m59s
-r--r--r-- 1 e748 Exxx 4191715499 25 juin 18:39 /data/e748X/e755/acquisition/run/run_0128.dat.25-06-18_17h11m59s
-r--r--r-- 1 e748 Exxx 967309211 25 juin 18:59 /data/e748X/e755/acquisition/run/run_0128.dat.25-06-18_17h11m59s.1
-r--r--r-- 1 e748 Exxx 36323805 25 juin 19:32 /data/e748X/e755/acquisition/run/run_0129.dat.25-06-18_19h23m09s
-r--r--r-- 1 e748 Exxx 2035453825 25 juin 20:21 /data/e748X/e755/acquisition/run/run_0130.dat.25-06-18_19h35m50s
-r--r--r-- 1 e748 Exxx 64602515 25 juin 20:26 /data/e748X/e755/acquisition/run/run_0131.dat.25-06-18_20h23m51s
-r--r--r-- 1 e748 Exxx 4190222759 25 juin 21:58 /data/e748X/e755/acquisition/run/run_0132.dat.25-06-18_20h27m40s
-r--r--r-- 1 e748 Exxx 1729790595 25 juin 22:35 /data/e748X/e755/acquisition/run/run_0132.dat.25-06-18_20h27m40s.1
-r--r--r-- 1 e748 Exxx 2064680243 25 juin 23:25 /data/e748X/e755/acquisition/run/run_0133.dat.25-06-18_22h35m09s
-r--r--r-- 1 e748 Exxx 1485348869 26 juin 00:39 /data/e748X/e755/acquisition/run/run_0134.dat.26-06-18_00h03m32s
-r--r--r-- 1 e748 Exxx 1731974391 26 juin 01:39 /data/e748X/e755/acquisition/run/run_0135.dat.26-06-18_01h00m26s
-r--r--r-- 1 e748 Exxx 4193344427 26 juin 03:18 /data/e748X/e755/acquisition/run/run_0136.dat.26-06-18_01h40m13s
-r--r--r-- 1 e748 Exxx 886345505 26 juin 03:37 /data/e748X/e755/acquisition/run/run_0136.dat.26-06-18_01h40m13s.1
-r--r--r-- 1 e748 Exxx 4191781837 26 juin 05:10 /data/e748X/e755/acquisition/run/run_0137.dat.26-06-18_03h37m15s
-r--r--r-- 1 e748 Exxx 877440215 26 juin 05:30 /data/e748X/e755/acquisition/run/run_0137.dat.26-06-18_03h37m15s.1
-r--r--r-- 1 e748 Exxx 4192442749 26 juin 07:11 /data/e748X/e755/acquisition/run/run_0138.dat.26-06-18_05h30m33s
-r--r--r-- 1 e748 Exxx 460190345 26 juin 07:22 /data/e748X/e755/acquisition/run/run_0138.dat.26-06-18_05h30m33s.1

MUST2 configuration summary

Tue Jun 26 08:15:29 2018

MUST2 summary 26th June 8am

MUST2 thresholds 402 keV

HV and currents on DSSDs and SiLi at 8h20

Telescopes T
T1 80V ; I ~ 4.7 �A ; CsI 50V
T2 80V ; I ~ 1.9 �A ; CsI
T3 70V ; I ~ 0.6 �A ; CsI
T4 60V ; I ~ 0.5 �A ; CsI
T5 80V ; I ~ 8.0 �A ; CsI
T6 80V ; I ~ 0.7 �A ; CsI
T7 80V ; I ~ 1.1 �A
T8 80V ; I ~ 4.1 �A

SiLi 1/T7 200V 10.1 �A ; SiLi 2 /T7 750V 1.6 �A
SiLi 1/T8 750V; ~ 27.4 �A ; SiLi 2 /T8 750V; ~ 1.8 �A

CATS1 580V ; 0.2 �A
CATS2 580V ; 0.3 �A

Attachment 1: MUST2thresholdsMUVI1tel1.png

Attachment 2: run139_CsIpadsMUST2.png

Daisuke, Takeshi, Yorick, Val�rie

Tue Jun 26 09:01:23 2018

Run 140 start: 8h55 ; stop: 9h59
748 Exxx 3348489513 26 juin 09:59 /data/e748X/e755/acquisition/run/run_0140.dat.26-06-18_08h55m32s
The Csi Mate were put on the trigger again "ENABLE" in the DAS. see snapshot DAS_MUVIenableMateCsI.png

Trigger: all MM + CATS DIV
Dead time between 16 to 35%
Beam= 3.0x10**5 pps at 9h06 Run140_scalersAt9h06.png fluctuating [cf scalers at 9h01 (0) Run140_scalersAt9h01.png]

Slits (summary):
FH31 +/- 4mm ; FH43 ++/-5mm ; FV43 +/-1 4.1 mm
Slits 61 and 62 opned. FV61 +/-17.9 mm; FH61 -22;+18.2 mm
FH62 +/-15mm ; FV62 +/-18 mm

Attachment 1: Run140_scalersAt9h01.png

Attachment 2: DAS_MUVIenableMateCsI.png

Attachment 3: Run140_scalersAt9h06.png

Attachment 4: Run140_CATSTrajectories.png

Attachment 5: CATS_TELESCOPE_M2.png

Attachment 6: Run140_CATSbeam.png

Attachment 7: Run140_CorrelICdEtofCats.png

Attachment 8: Run140_CorrelICdEtofCatsCaviar.png

Attachment 9: Run140_CorrelICdEtofCatsCaviarZoom.png

Attachment 10: Run140_DCnumewoXYphys.png

Attachment 11: Run140DCnumexoEraw.png

Attachment 12: Run140ICenergyRaw.png

Attachment 13: Run140_ICnumewoErawTdiff.png

Attachment 14: Run140_ICnumewoErawTdiff.png

Attachment 15: Run140npScalers.png

Attachment 16: Run140plasticsQTcats.png

Attachment 17: Run140tacCatsHF.png

Attachment 18: Run140_tacCatsHFcaviar.png

Attachment 19: Run140_TriggerMaster.png

Attachment 20: Run140_CatsStrXYQraw.png

Attachment 21: Run140_CatsStrXYQCAL.png

temperature of the target

Tue Jun 26 09:28:10 2018

<p>Here is the temperature log of the target up to now. The black lines are today, The thicker line is the cell window this time, not the heat shield and the thinner line is the cell (same as previous). Though the temperature is rather high, it seems stable. We started cooling 13h00 24th and about 40 hours has passed since that.</p>

Attachment 1: temperature2606.png

Attachment 2: cell2606.png

Attachment 3: screenshot_2018-06-26_10.30.45.png

Attachment 4: screenshot_2018-06-26_17.49.29.png

Summary of MUST2 plots during RUN 140

Tue Jun 26 09:52:35 2018

The Csi Mate were put on the trigger again "ENABLE" in the DAS. see snapshot DAS_MUVIenableMateCsI.png entry id=685

Trigger: all MM + CATS DIV

Attachment 1: Run140_MM1toMM4StrXYE.png

Attachment 2: Run140_MM5toMM8StrXYE.png

Attachment 3: Run140_MMCsiIpads.png

Attachment 4: Run140_MMImpacts.png

Adrien, Freddy, Marl�ne, Yorick, Val�rie, target team: Daisuke, Takeshi

Tue Jun 26 10:03:29 2018

Run 141 26th june start@ 9h59 stop: 11h12
e748 Exxx 3449521865 26 juin 11:12 /data/e748X/e755/acquisition/run/run_0141.dat.26-06-18_09h59m57s

Trigger: all MM + CATS DIV
Beam= 2.2x10**5 pps at 10h04

Attachment 1: Run141_scalersAt10h.png

Attachment 2: Run141_SiLiT7andT8.png

Attachment 3: Run141_scalersAt10h55.png

Attachment 4: Run141_scalersAt10h56.png

Attachment 5: Run141_scalersAt10h57.png

38Ca(p,d)37Ca with zero deg gate

Tue Jun 26 11:47:16 2018

We did a gate on IC_E:PlasticQ on particle with same Z as the beam.

We obtain the 37Ca bound state spectrum. The spectrum is coherent with known state at 0 1.6 2.9 MeV (green thick line) and no count above Sp (dashed red line).

Attachment 1: 37Ca_getzero.pdf

Tue Jun 26 12:06:41 2018

Marl�ne, Yorick, Val�rie

Run 142 26th june start@ 11h15 ; stop @11h27

e748 Exxx 492791993 26 juin 11:27 /data/e748X/e755/acquisition/run/run_0142.dat.26-06-18_11h15m39s
Trigger: all MM + CATS DIV
conditions of the MUST2 pedestals. Before we had:
Mate 1 to 8 seuil haut (high threshold) =8210; seuil bas (low threshold)= 8180
NOW: seuil haut =8210; seuil bas = 0

Attachment 1: ChangeThresholdsAllMateXMUST2.png

Attachment 2: Run142_scalersAt11h17.png

Tue Jun 26 12:18:08 2018

Marl�ne, Yorick, Val�rie

Run 143 -- 26th June start@ 11h30 ; stop @ 11h39
e748 Exxx 306151179 26 juin 11:39 /data/e748X/e755/acquisition/run/run_0143.dat.26-06-18_11h30m28s

Trigger: all MM + CATS DIV
conditions of the MUST2 pedestals. Before we had:
Mate 17 SiLi seuil haut (high threshold) = 8192; seuil bas (low threshold)= 8192
NOW: seuil haut = 8210 ; seuil bas = 0

Attachment 1: Run143scalersAt11h32.png

Attachment 2: MMthresSilIMate17beforRun143PROB.png

Attachment 3: MMthresSilIMate17run143okSiLi.png

Tue Jun 26 12:22:56 2018

Marl�ne, Yorick, Val�rie

Run 144 -- 26th June start@ 11h51 ; stop @ 13h04

Trigger: all MM + CATS DIV
conditions of the MUST2 pedestals. Before we had:
Mate 9 � 16 Y seuil haut (high threshold) = 8210; seuil bas (low threshold)= 8180
NOW: seuil haut = 16384 ; seuil bas = 8180

Attachment 1: Run144ScalersAt12h01.png

Attachment 2: Run144scalersAt12h28.png

Attachment 3: Run144DASPedestalsMust2.png

Attachment 4: MMthresSilIMateYthr16384to8180.png

Attachment 5: Run144MM1to4strYraw.png

Attachment 6: Run144MM1to4strXraw.png

Tue Jun 26 13:37:44 2018

Run 145 -- 26th June start@ 13h07 ; stop @ 13h53
e748 Exxx 2239017281 26 juin 13:53 /data/e748X/e755/acquisition/run/run_0145.dat.26-06-18_13h06m30s
Trigger: all MM + CATS DIV
conditions of the MUST2 pedestals as before

Attachment 1: run_145_CATScal.png

Attachment 2: run_145_CATSpos.png

Attachment 3: run_145_scalers.png

Tue Jun 26 13:41:02 2018

Change in strips firing

After changing in the MUST2 the range of pedestal suppression (Ex < 8192 are rejected and Ey > 8192 are rejected). we can clearly see that there are no more firing of all the strips for X and Y.

RED is before the change and BLUE is after.

Attachment 1: firing_strips_X.png

Attachment 2: firing_strips_Y.png

Daisuke, Louis, Olivier, Val�rie

Tue Jun 26 14:29:36 2018

Run 146 -- 26th June start@ 14h07 stop @14h26
e748 Exxx 844513015 26 juin 14:26 /data/e748X/e755/acquisition/run/run_0146.dat.26-06-18_14h07m32s
The run was stopped: no beam due to the source disjonction.
Trigger: all MM + CATS DIV
conditions of the MUST2 pedestals as before

Tue Jun 26 14:36:55 2018

NPteam

36Ca(p,t)36Ca analysis with zero degree gate

Here is an update of the analysis results for the 36Ca(p,t)36Ca channel.

Run concerned: 128 to 137
Gates: target, triton in dE vs E, Incoming 38Ca from TCATS_HF

First plot: outgoing Z=20 (from dE(IC) Vs E (PL))

Second Plot: outgoing Z=19

Attachment 1: kine_38Capt_zrodeg_gated.pdf

Attachment 2: kine_38Capt_zrodeg_gatedZ19.pdf

Tue Jun 26 14:39:52 2018

Charles H, Fred, Val�rie

Run 147 -- 26th June start@ 14h34

We make some checkings of DT during the beam stop due to the source disjonction.
Triggers: all MM + CATS DIV. FAG is around 260/s due to the source counting in Must2.

Attachment 1: Run147scalersAt14h46Nobeam.png

Attachment 2: TestDASdeadTimeInhibitCrateCats.png

Attachment 3: Run147_MM5to8strXE.png

Attachment 4: Run147_MM1to4strXE.png

Attachment 5: Run147gatconf.png

Attachment 6: Run147MMimpactsSourceNobeam.png

RUN 148 38Ca beam is back

Tue Jun 26 16:38:31 2018

Attachment 1: das_2018-06-26_16h30m07s.png

Attachment 2: scaler_2018-06-26_16h30m02s.png

Attachment 3: visu_2018-06-26_16h32m42s.png

Attachment 4: visu_2018-06-26_16h32m52s.png

Attachment 5: visu_2018-06-26_16h33m35s.png

Attachment 6: visu_2018-06-26_16h33m45s.png

Attachment 7: visu_2018-06-26_16h33m51s.png

Attachment 8: visu_2018-06-26_16h33m59s.png

Attachment 9: visu_2018-06-26_16h34m04s.png

Attachment 10: visu_2018-06-26_16h34m12s.png

Attachment 11: visu_2018-06-26_16h34m17s.png

Attachment 12: visu_2018-06-26_16h34m28s.png

Attachment 13: visu_2018-06-26_16h34m31s.png

Attachment 14: visu_2018-06-26_16h34m37s.png

Attachment 15: visu_2018-06-26_16h34m43s.png

Attachment 16: visu_2018-06-26_16h34m49s.png

Attachment 17: visu_2018-06-26_16h34m55s.png

Attachment 18: visu_2018-06-26_16h35m12s.png

Attachment 19: visu_2018-06-26_16h35m15s.png

Attachment 20: visu_2018-06-26_16h35m18s.png

Tue Jun 26 16:40:12 2018

Offline analysis of p,t

Looking at the pt reaction and gating on z = 20 (solid blue) and z=19 (hashed orange) we see a total of three states.

Attachment 1: 38Capt_zero.pdf

Tue Jun 26 18:28:45 2018

Offline analysis of run0128-0146.

Cuts: tritons, target aperture, beam, and multiplicity=1. Zero-degree infomation was not used.

Attachment 1: 37K(p,t).
Attachment 2: 36Ar(p,t). The thin soild line is for the first excited state at 2091 keV.

Attachment 1: run0128_0146_37K.png

Attachment 2: run0128_0146_36Ar.png

DAS save Summary of MUST2 conditions -26 june

Tue Jun 26 18:41:59 2018

The DAS configuration was saved under e755.das and .e755_Exp26juin18Mmthreshd.das at 18h40 on June 26th.
Main changes in the DAS on 26 JUNE were:

+The Csi Mate were put on the trigger again "ENABLE" in the DAS. see snapshot DAS_MUVIenableMateCsI.png entry id=685
+ The thresholds for the cut around pedestals, to remove negative parts in Mate X and Y. The aim was to reduce the dead time.see id =690, 692
+ thresholds for the Mate 27 for SiLi of T7 and T8 see Run 143 ; entry id= 691

Trigger: all MM + CATS DIV
MM thresholds all ~ 400 keV

In case of a data acqusition crash

Tue Jun 26 18:43:35 2018

If the acquisition crash :  

In the acquisition terminal : 

    Type TK 

    Type KNA 

    Type KALL 

    Press enter 

    Type q and y 

    Close the terminal 

Open a new terminal : 

    Type ssh -X e748@lpcgrit 

    Type start_acq e755 

    Type RC 

Once the run control is on : 

    Go back in the terminal  

    Type NA 

Then in the run control : 

    Click mode and select monitoring mode 

    Click Init 

You should be able to do start once everything is : READY

Tue Jun 26 20:33:17 2018

Attachment 1: screenshot_2018-06-26_20.31.03.png

Wed Jun 27 01:14:54 2018

I made a run summary up to now in the google spreadsheet.
You can see it on
https://docs.google.com/spreadsheets/d/1yErcQcrXPdJjEOfUd9D9KPWWkWQpw5kX4wFze6vwij4/edit?usp=sharing

Currently only a basic information (the start/stop time and the duration) is available.
I'll update it regularly and your contribution to add more information is welcome.
To update the basic information,
1. Go /home/e478/analysis/nptool/Projects/e755/Analysis/runsummary/
2. type 'python MakeRunsummary.py'
3. see file "runsummary.txt" and copy & paste the latest lines to the spreadsheet. I recommend to use "cat runsummary.txt" to avoid a format mismatch.

Wed Jun 27 01:34:28 2018

RUN 153

started @ 1h26 stopped at 3h20

beam was back at 60000pps with still vacuum troubles in C0.
beam is shifted in Y position compared to previous condition.

Attachment 1: Run153_CATS_cal.png

Attachment 2: Run153_CATS_raw.png

Attachment 3: Run153_Correl.png

Attachment 4: Run153_DC.png

Attachment 5: Run153_dETOF.png

Attachment 6: Run153_MM1_4.png

Attachment 7: Run153_MM5_8.png

Attachment 8: Run153_MMImpact.png

Attachment 9: Run153_NUEXO.png

Attachment 10: Run153_pos.png

Attachment 11: Run153_scaler.png

Attachment 12: Run153_TOF.png

Wed Jun 27 03:29:32 2018

RUN 154
started @ 3h21 stopped @ 5h16

I=8.10**4pps ==> large fluctuation from few 10**3 to several 10**5
Fluctuation due to variations of the high voltage of the grouper of the source. Beam was misaligned and attenuated in pipes.
Come back to stable 3*10**5pps at 4h10

Attachment 1: Run154_scaler.png

Attachment 2: Run154_scaler_stop.png

Attachment 3: Run154_pos.png

Wed Jun 27 04:12:57 2018

Freddy, Louis

Summary 38Ca(p,t) - Run 128 to 152

Here are some plot summarizing the analysis status on the 38Ca(p,t) channel.

Run concerned: 128-152 (from 25/06 @ 17h11 to 26/06 @ 22h43)
Running time: 25 hours
Gates applied:

Target Impact (from CATS)
Triton in dE-E
Incoming 38Ca, TCATS2_HF in [200;1000]
Outgoing (Z=20)Ca, dE-E (IC-PL)

Integrals(all telescopes):
- Ground state : about 800 counts (250 / UT)
- First excited: about 80 counts (25/ UT)

When looking at individual telescopes, we found that:

Most of the statistics is equally spread between T1,T2,T3,T4
There is an overall shift in Excitation Energy between T1,2 and T3,4. For the gs, T1,2 are around -0.8 MeV while T3,4 are at -1.6 MeV.
The resolution is thus better when looking at one telescope only (ex: T1 only Sigma=0.63 but for all tel. sigma=0.96 MeV).

Remark:

After the 26/06 at 22h43 until the 27/07 at 4h, we had some beam interruptions, large beam fluctuations. Runs will be included (In progress).
If we add the 16h of data (from run 107 to 127) it reaches 41h of measuring time.
If we also add about 6h of data from the ongoing night it will reach 47h of measuring time (extrapolated roughly 1500 gs counts)

Attachment 1: kine_38Capt_zrodeg_r128_152.pdf

Attachment 2: kine_38Capt_zrodeg_r128_152_T1.pdf

Attachment 3: kine_38Capt_zrodeg_r128_152_T3.pdf

Attachment 4: kine_38Capt_zrodeg_r128_152_telescope.pdf

Wed Jun 27 04:46:00 2018

Freddy, Louis

Summary 36Ar(p,t) - Run 128 to 152

Here are some plot summarizing the analysis status on the 36Ar(p,t) similar method as in the previous entry:

Run concerned: 128-152 (from 25/06 @ 17h11 to 26/06 @ 22h43)
Running time: 25 hours
Gates applied:

Target Impact (from CATS)
Triton in dE-E
Incoming 36Ar, TCATS2_HF in [5600;6200]
Outgoing (Z=18)Ar, dE-E (IC-PL)

Remark:

At the moment all Excitation energy plot shown for 36Ar(p,t) are calculated using a wrong reaction file (the one of 38Ca(,pt)36Ca). As a result all the peaks are completely shifted. An analysis using a dedicated file will be done but requires a full reprocessing of the files. It is anyway enough for statistics estimation.
In the total spectrum (all telescope) the statistics is about 2000 tritons, a similar number than for the 38Ca case. This is compatible with the fact that the 36Ar is present in a similar amount than the 38Ca in the cocktail beam.

Attachment 1: kine_36Arpt_zrodeg_gatedZ18.pdf

Attachment 2: kine_36Arpt_zrodeg_gatedZ18_r128_152_T1.pdf

Attachment 3: kine_36Arpt_zrodeg_gatedZ18_r128_152_telescope.pdf

Wed Jun 27 05:20:22 2018

RUN 155
started @ 5h16
stoppd at 7h19

beam come back to normal condition

Attachment 1: Run155_pos.png

Attachment 2: Run155_scaler.png

Attachment 3: Run155_scaler_stop.png

liquid hydrogen target temperature log

Wed Jun 27 05:57:49 2018

It seems stable.
We liquified H2 around 22:00 24th (10 hours in the plot), so the target kept liquefying about 55 hours at 6:00 27th.

Attachment 1: target2706.png

Wed Jun 27 07:23:41 2018

RUN 156
start at 7h17

Target filled, stable beam of 38Ca at 2.2*10**5pps
last run in 38Ca on filled target before evaporate LH2

Attachment 1: Run156_scaler.png

Liquid hydrogen target logger (end of 38Ca)

Wed Jun 27 09:26:32 2018

Attachment 1: screenshot_2018-06-27_09.24.30.png

Wed Jun 27 09:49:37 2018

run 156 for ref. LH2 empty next

Attachment 1: visu_2018-06-27_09h50m34s.png

Attachment 2: visu_2018-06-27_09h51m31s.png

Attachment 3: visu_2018-06-27_09h51m43s.png

Wed Jun 27 10:08:41 2018

RUN 157 : empty target

Attachment 1: scaler_2018-06-27_10h07m23s.png

Attachment 2: visu_2018-06-27_10h09m46s.png

Attachment 3: visu_2018-06-27_10h09m54s.png

Attachment 4: visu_2018-06-27_10h09m59s.png

Attachment 5: visu_2018-06-27_10h11m02s.png

Attachment 6: visu_2018-06-27_10h25m17s.png

Attachment 7: visu_2018-06-27_10h25m33s.png

Attachment 8: visu_2018-06-27_10h26m24s.png

Attachment 9: visu_2018-06-27_10h26m26s.png

Attachment 10: visu_2018-06-27_10h26m29s.png

Attachment 11: visu_2018-06-27_10h26m35s.png

Attachment 12: visu_2018-06-27_10h26m43s.png

Attachment 13: visu_2018-06-27_10h26m52s.png

Attachment 14: visu_2018-06-27_10h27m01s.png

Attachment 15: visu_2018-06-27_10h27m25s.png

Attachment 16: visu_2018-06-27_10h27m33s.png

Attachment 17: visu_2018-06-27_10h27m40s.png

run summary for 38Ca + liq. H2

Wed Jun 27 10:15:36 2018

Here is the summary of the measurement of 38Ca + liq H2 setting.
We obtain 49.45-hour data acquisition time, which contains 1.4 * 10^6 CATS DIV triggered event.
The CATS DIV factor is 30000 for each CATS, so we can estimate the "gated beam rate", the beam rate including dead time of the DAQ, was 1.2 * 10^5 cps.
This value implies the dead time of the data acquisition is almost 50%, since the physical count rate of CATS was about 2.5 * 10^5 cps during the run.
Similarly, we totally obtained 2.2 * 10^10 counts of "gated beam". This value would help to compare with and estimate the statistics of the 36Ca setting.

See google spreadsheet for detail.
https://docs.google.com/spreadsheets/d/1yErcQcrXPdJjEOfUd9D9KPWWkWQpw5kX4wFze6vwij4/edit#gid=0

end of empty run. Now tuning for 36Ca

Wed Jun 27 11:38:09 2018

Attachment 1: visu_2018-06-27_12h28m12s.png

Attachment 2: visu_2018-06-27_12h28m20s.png

Wed Jun 27 16:03:26 2018

Attachment 1: 38Ca_pt_Canvas.pdf

Wed Jun 27 17:42:14 2018

Attachment 1: 2018-06-13_e738_setup.pdf

Attachment 2: 2018-06-27_e738_chio_energy_loss.pdf

Attachment 3: 2018-06-27_e738_light_tof.pdf

Attachment 4: pt_sim_phase_plot_7c_t.pdf

Attachment 5: pt_sim_phase_plot_8c_d.pdf

e755 Daisuke, Olivier, Nori, Val�rie

Wed Jun 27 17:46:55 2018

Run 158 Beam tuning for 36Ca

At 17h20 the beam was back in D6, ready for tuning by the LISE team, Christelle, Jean-Charles and Omar.

Run 158 start @ 18h06 stop@18h22
e748 Exxx 83258011 27 juin 18:22 /data/e748X/e755/acquisition/run/run_0158.dat.27-06-18_18h06m30s
at the beginning of the run, Wien filter was at 2kV. Then at 1 kV (at 18h10) to recenter beam trajectories in Y.
See plot Run158TrajectoriesWien1kV.png
wien filter at +5kV: Run158_trajectoriesWien5kV.png ; same with larger scale Run158_trajectoriesWien5kVok.png

Attachment 1: Run158TrajectoriesWien1kV.png

Attachment 2: Run158_trajectoriesWien5kV.png

Attachment 3: Run158_trajectoriesWien5kVok.png

Update on the offline Analysis for 38Ca pt run 128-156

Wed Jun 27 18:34:31 2018

Attachment 1: kine_38Capt_zrodeg_r128_156_telescope.pdf

Attachment 2: kine_38Capt_zrodeg_r128_156.pdf

e755 Daisuke, Olivier, Val�rie

Wed Jun 27 18:42:09 2018

RUN 159 New input in GMT trigger +scalers

Change of the GMT Trigger:
New entry IN12 corresponding to the CATS2 with no division.
This input is taken from the output of the bidiv of CATS1 "N" (duplicating the entry CATS2)

U2M channel 13 output "N-N/D" of the bidiv CATS1
U2M channel 14 output "N-N/D" of the bidiv CATS2
RUN 159 start @ 18h45; stop@ 19h10
e748 Exxx 920487017 27 juin 19:10 /data/e748X/e755/acquisition/run/run_0159.dat.27-06-18_18h45m15s
------
During the run at 18h58 FH31 slits were changed from +/-10 mm to +/-18 mm.
At 19h02 Omar changed the Wien conditions: +/-100kV; 74kV. see plots Run159ICDEtacatsHf_Wien100kV74kV.png
Last plot of trajectories in these conditions: Run159Trajectories_Wien100kV74kV.png

Attachment 1: Run159ICDEtacatsHf.png

Attachment 2: Run159ICDEtacatsHf_Wien100kV74kV.png

Attachment 3: Run159Trajectories_Wien100kV74kV.png

Attachment 4: Run159_GMTalltriggerINewN12.png

e755 Daisuke, Olivier, Pierre, Val�rie

Wed Jun 27 19:26:13 2018

TAC Cats2 HF delay of 30 ns is removed

Run 160 start@ 19h13 stop@ 19h23
e748 Exxx 409258163 27 juin 19:23 /data/e748X/e755/acquisition/run/run_0160.dat.27-06-18_19h13m05s

LISE team: Omar K, Jean-Charles T.

Attachment 1: Run160CDEtacatsHf_Wien100kV74kV.png

e755 Daisuke, Olivier, Val�rie

Wed Jun 27 19:27:52 2018

Run 161 start @ 19h25 stop@20h30
e748 Exxx 2411656699 27 juin 20:30 /data/e748X/e755/acquisition/run/run_0161.dat.27-06-18_19h25m55s

LISE team: Omar K, Jean-Charles T.
no Wien filter
SLITS FH31 +/- 8mm

Attachment 1: Run161CDEtacatsHf_noWienSlitsFH31at8mm.png

Attachment 2: Run161_scalers.png

Attachment 3: Run161EdeTOFcats.png

Attachment 4: Run161TrajectoriesCats.png

Attachment 5: Run161mmImpactswithSourcealpha.png

e755 Daisuke, Olivier, Val�rie

Wed Jun 27 20:39:44 2018

TUNING OF 38Ca to be ready during the night, after the change of CO source at the machine between 21h ans 2am (maybe).
LISE team: Omar K, Jean-Charles T.
Tuning made for 38Ca
Run 162 start @ 20h32 stop@ 20h49
e748 Exxx 145558571 27 juin 20:49 /data/e748X/e755/acquisition/run/run_0162.dat.27-06-18_20h31m53s
Run162_ICDE1TcatsHF.png

Attachment 1: run162_Trajectories38Ca.png

Attachment 2: Run162_ICDE1TcatsHF.png

e755 Daisuke, Olivier, edited by Val�rie

Wed Jun 27 21:13:40 2018

Conditions for the night runs

TUNING OF 38Ca to be ready during the night, after the change of CO source at the machine between 21h and 2am (maybe).
LISE team: Omar K, Jean-Charles T. Tuning made for 38Ca at 21h for Run 162.

NB the GECO ionization configuration is ok.
Phone call by Antoine at 20h40. he asked to check that there is external trigger to run later at 10**5/s see snapshot GECOIonizationTrigger.png ok.

NB: At 21h05 Daisuke puts back the 30ns delay on the time for the TAC Tcats1 HF, to be ready for the running conditions of 38ca during the night/morning data taking.

Attachment 1: GECOIonizationTrigger.png

temperature log during liquefying

Wed Jun 27 21:25:41 2018

Here is the temperature log before and during liquefying.
The temperature trend seems almost same as previous.

Attachment 1: temperature2706.png

Offline analysis of 38Ca(p,d)37Ca

Wed Jun 27 22:11:20 2018

Here are some plot summarizing the analysis status on the 38Ca(p,d) channel.

Run concerned: 128-156 (from 25/06 @ 17h11 to 27/06 @ 7h03)
Running time: 33 hours
Gates applied:

Target Impact (from CATS)
Deuton in dE-E
Incoming 38Ca, TCATS2_HF in [200;1000]
Outgoing (Z=20)Ca, dE-E (IC-PL)

We analysed statistics in the Ground States of 38Ca(p,d) and compared to statistics of the 38Ca(p,t) channel telescope by telescope

38Ca(p,t)36Ca:

T1: mean = -0.84
sigma = 0.608
Count number = 302

T2: mean = -1.06
sigma = 0.76
Count number = 238

T3: mean = -1.70
sigma = 0.77
Count number = 342

T4: mean = -1.57
sigma = 1.21
Count number = 271

TOTAL_t_GS = 1153

38Ca(p,d)37Ca:

T1: mean = 0.71
sigma = 0.73
Count number = 2868

T2: mean = 0.18
sigma = 0.66
Count number = 1828

T3: mean = 0.23
sigma = 0.81
Count number = 3536

T4: mean = 0.127
sigma = 0.88
Count number = 3240

TOTAL_d_GS = 11472

Remarks:

see 10 times more statistics in the ground states of 37Ca than in 36Ca
resolution of the t channel is 80% of the resolution of the d channel
excited states in (p,d) channel are more populated than the ground state

Attachment 1: 38Ca_pd_128_156.png

Attachment 2: 38Ca_pd_128_156_kinematics.png

e755 Daisuke, Olivier, Pierre, Marl�ne, Val�rie (: edit)

Thu Jun 28 00:59:55 2018

38Ca Beam at ~ 2. 10**5 pps
F62 +/- 11 mm
SLITS FH31 +/-5mm (moment)
Run 164 start @ 0h55 stop@

Attachment 1: run164_scalersAt1h.png

Attachment 2: run164_TcatsHF_38Ca.png

Attachment 3: run164_MMimpacts.png

Attachment 4: run164_ICDE_TcatsHF.png

Attachment 5: run164_CatsProfile.png

Attachment 6: run164_QcatsStrXYraw.png

Attachment 7: run164_QcatsStrXYCal.png

Attachment 8: run164_MM_CsIEraw.png

Thu Jun 28 01:22:43 2018

We scanned Brho2 values so that the yield for 36Ca is maximized (LISE run0282-0284, F31 = +/-6 mm). 

Attachment 1:
Yields of 32S, 30P, 29Si (strong contaminants) and 36Ca as a function of the Brho2 value.
We can see that different contaminants dominate if the Brho2 setting is changed. The shaded region corresponds to the momentum spread
determined by the slit F43 (0.25%, shown only for DeltaBrho2 = 0%). The 36Ca yields are too small to see.

Attachment 2:
36Ca yields that cannot be seen in the previous figure.

Attachment 3:
Fitting of 36Ca yields assuming that the distribution is a Gaussian.

Attachment 1: brho2scan_1.png

Attachment 2: brho2scan_2.png

Attachment 3: brho2scan_3.png

Thu Jun 28 01:26:34 2018

Attachment 1: screenshot_2018-06-28_01.25.07.png

Attachment 2: screenshot__2018-06-28_02.17.16.png

Attachment 3: screenshot_2018-06-28_03.00.38.png

Attachment 4: screenshot_2018-06-28_04.01.30.png

Attachment 5: screenshot_2018-06-28_05.01.08.png

Attachment 6: screenshot_2018-06-28_06.58.49.png

Thu Jun 28 01:39:58 2018

Offline analysis of LISE run0281. F31 = +/-0.6 mm, without wedge.
The number of counts of 37Ca was 900/50 = 18 times larger than 36Ca.
Comparing this result with a LISE++ simulation, if the Brho setting is optimized for 37Ca,
we expect to gain 12 x 4 = 48 times higher beam intensity.
Considering that the EPAX parametrization tends to over predict production cross-sections of neutron-deficient
exotic nuclei, the prediction for the 37Ca yield would be more reliable than 36Ca.
A rough estimate of the beam intensity is shown below.

36Ca 1.5 pps (100 nA, +/-6 mm) -> 37Ca 100 pps (100 nA, +/-6 mm) -> 37Ca 16 kpps (4 uA, +/-24 mm)

Attachment 1: run281.png

Attachment 2: Screen_Shot_2018-06-27_at_23.16.13.png

Thu Jun 28 08:20:54 2018

Run 165

start: 2h12
start: 3h11
CATS2 tripped at the end of run

Run 166

start: 3h11
start: 4h26
Observed T_CATS2_HF shift

Run 167

start: 4h25
start: 5h22
beam intensity fluctuations

Run 168

start: 5h22
start: 6h57

Run 169

start: 6h56
start: 8h06
Very strong drift of T_CATS_HF signals (see attached plot) and even total disappearance. Call the PCP but they said there is no issue on their side. Stopped the run. 5 min Later, all HF related signals are back.....

Attachment 1: run169_tof_cats_hf.png

CATS-HF time shift during the night

Thu Jun 28 08:29:08 2018

noticed that the time between CATS and HF shifted during the night.
run 164 to 169

Attachment 1: CATS1_HF_0165.pdf

Attachment 2: CATS1_HF_0167.pdf

Attachment 3: CATS1_HF_0168.pdf

Attachment 4: CATS1_HF_0169.pdf

Attachment 5: CATS2_HF_0164.pdf

Attachment 6: CATS2_HF_0166.pdf

Thu Jun 28 08:34:30 2018

Fredd, Louis, Daisuke

Run 170

start: 8h07
start:
T_CATS_HF back to normal. Problem for run before remains unidentified. There was no change at all from our side.

Attachment 1: Run170_TCATSHF.png

Attachment 2: screenshot_2018-06-28_08h15m27s.png

Attachment 3: Run170_Target.png

Attachment 4: Run170_CATSRAWt.png

Attachment 5: Run171_M2Energy.png

T4 Comparison of calibration runs

Thu Jun 28 10:38:58 2018

Attached is a comparison of two calibrations performed before the experiment (2 weeks and one day before) for Telescope 4 (the one having a degraded resolution in Ex on the offline).
One can see that:

The T4 resolution for strips X has been degraded between the two source runs.
The T4 resolution for strips Y remains ok and should be used for the analysis (slightly degraded only)
From the pedestal extrapolation, it also seems that there was a global drift for some channels.

Attachment 1: Comparison_T4X_calibbeforeexp.png

Attachment 2: Comparison_T4Y_calibbeforeexp.png

Thu Jun 28 11:08:54 2018

Freddy, Louis, Valerian

Intermediate alpha calibration T1234

Run 171

3alpha source in front of T1234
start: 10h52

HV setting
T1: 80V
T2: 80V
T3: 70V
T4: 60V
T5: 80V
T6: 80V
T7: 80V
T8: 80V

Attachment 1: Run171_M2_EX_RAW.png

Attachment 2: Run171_M2_EY_RAW.png

Thu Jun 28 13:53:28 2018

Freddy, Louis, Valerian

Pedestal run + Alpha calibration with T4 at 80V

Run 172

Pedestal run on T1234

Run 173

Pedestal run on T5678

Run 174

alpha Calibration for T1234 with T4 HV 60->80V

Kinematics for the reactions

Thu Jun 28 19:58:12 2018

Kinematics for the reaction of E755 and E738 experiments are shown.

Attachment 1: kinematics.pdf

Analysis of run 63 to 89 in 40Ca(p,t)38ca reaction

Fri Jun 29 00:59:15 2018

Here are some plot summarizing the analysis status on the 40Ca(p,t)38Ca channel.

Run concerned: 63-89
Running time: 18 hours

Gates applied:

Target Impact (from CATS)
Triton in dE-E
Incoming 40Ca, TCATS2_HF in [1600;24000]

Plots:

Cut applied
Kinematics, Exitation energy and llaboratory angle for two possible pics
Exitation energy per telescope for T1 to T4

Remarks:

There is no clear signal of ground state or any exited states
One can mybe distinguish pics correspond to different states but badly separated
During this beam time, Ionization Chamber was not working. Analysis of the 38Ca(p,t)36Ca reaction without this cut provide exactly the same shape of background. This background is probably due to fragmentation of the 40Ca beam in HAVAR foil, producing tritons undistinguishable from reaction tritond without cut on outgoing heavy ion.

Other runs in 40Ca with the CHIO are probably needed to make good Ex reconstruction and tritons calibrations

Attachment 1: Chek_cuts_40Capt.png

Attachment 2: Kinematics_40Ca.png

Attachment 3: Telescope_Ex_40Capt.png

Attachment 4: Kinematics_38Capt_withoutCutZero.png

Fri Jun 29 07:04:35 2018

Attachment 1: temperature2906.png

Fri Jun 29 08:06:42 2018

Summary- Runs 175 to 184

RUNS during night Friday 29th June From 3am to 8am
RUNS 175 to 184 - cf Scalers, and TcatsHF plots
Run 175 start @ 3h38 stop @3h53
...
Run 184 start @ 6h32 stop @8h00

e748 Exxx 6420051 29 juin 03:53 run_0175.dat.29-06-18_03h38m13s
-r--r--r-- 1 e748 Exxx 469369357 29 juin 04:11 run_0176.dat.29-06-18_03h53m49s
-r--r--r-- 1 e748 Exxx 49139791 29 juin 04:27 run_0177.dat.29-06-18_04h23m02s
-r--r--r-- 1 e748 Exxx 348480913 29 juin 04:47 run_0178.dat.29-06-18_04h36m30s
-r--r--r-- 1 e748 Exxx 2982845 29 juin 04:54 run_0179.dat.29-06-18_04h46m53s
-r--r--r-- 1 e748 Exxx 502709413 29 juin 05:11 run_0180.dat.29-06-18_04h53m41s
-r--r--r-- 1 e748 Exxx 197665271 29 juin 05:26 run_0181.dat.29-06-18_05h18m41s
-r--r--r-- 1 e748 Exxx 6603229 29 juin 05:38 run_0182.dat.29-06-18_05h25m17s
-r--r--r-- 1 e748 Exxx 1580317947 29 juin 06:23 run_0183.dat.29-06-18_05h38m50s
-r--r--r-- 1 e748 Exxx 3176650393 29 juin 08:00 run_0184.dat.29-06-18_06h32m14s

Attachment 1: scaler_2018-06-29_03h44m56s.png

Attachment 2: scaler_2018-06-29_03h45m08s.png

Attachment 3: visu_2018-06-29_03h48m33s.png

Attachment 4: visu_2018-06-29_03h49m09s.png

Attachment 5: visu_2018-06-29_03h49m34s.png

Attachment 6: scaler_2018-06-29_03h56m17s.png

Attachment 7: visu_2018-06-29_04h19m52s.png

Attachment 8: visu_2018-06-29_04h23m06s.png

Attachment 9: scaler_2018-06-29_04h25m07s.png

Attachment 10: visu_2018-06-29_04h30m06s.png

Attachment 11: scaler_2018-06-29_04h38m29s.png

Attachment 12: visu_2018-06-29_04h47m32s.png

Attachment 13: scaler_2018-06-29_04h49m03s.png

Attachment 14: visu_2018-06-29_04h51m48s.png

Attachment 15: scaler_2018-06-29_04h55m47s.png

Attachment 16: visu_2018-06-29_05h00m02s.png

Attachment 17: scaler_2018-06-29_05h22m13s.png

Attachment 18: scaler_2018-06-29_05h22m13s.png

Attachment 19: visu_2018-06-29_05h22m25s.png

Attachment 20: scaler_2018-06-29_05h27m25s.png

Attachment 21: visu_2018-06-29_05h33m10s.png

Attachment 22: visu_2018-06-29_05h44m38s.png

Attachment 23: visu_2018-06-29_05h45m36s.png

Attachment 24: scaler_2018-06-29_05h43m18s.png

Attachment 25: scaler_2018-06-29_06h34m37s.png

Attachment 26: visu_2018-06-29_06h37m24s.png

Attachment 27: visu_2018-06-29_06h54m39s.png

Attachment 28: visu_2018-06-29_06h54m47s.png

Attachment 29: visu_2018-06-29_06h56m39s.png

e755 Val�rie, target :Takeshi

Fri Jun 29 08:08:47 2018

Run 185 Friday 29th June start@ 8h stop@
All triggers Must2+cats1 and Cats 2 div.
Mean intensity of the beam between 1.5 to 1.8 10**5/s during the run, with large fluctuations.

Attachment 1: TriggerRun185.png

Attachment 2: Run185_ScalersAt8h10.png

Attachment 3: Run185_ScalersAt8h35.png

Attachment 4: Run185_GecoScalersAt8h35.png

Attachment 5: Run185_MMimpacts.png

Attachment 6: Run185CatsTrajectories.png

Attachment 7: Run185TcatsPlast.png

Attachment 8: Run185_NPscalers.png

Attachment 9: Run185_DCnumexoEraw.png

Attachment 10: Run185_ICDe1_TcatsHF.png

Attachment 11: Run185_ICDe1_PLQ.png

Attachment 12: Run185_ICZeroDeg.png

Attachment 13: Run185_TcatsHF.png

Plots of Must2 and Cats during run 185

Fri Jun 29 09:08:50 2018

Run 185 Friday 29th June see entry 742

Mean intensity of the beam between 1.5 to 1.8 10**5/s during the run, with large fluctuations.

Attachment 1: Run185_MM1to4StrxEcal.png

Attachment 2: Run185_MM5to8StrxyEcal.png

Attachment 3: Run185_MM1to6CsIEraw.png

Attachment 4: Run185_MM1to6CsIEcal.png

Attachment 5: Run185_MM1to4StrXEraw.png

Attachment 6: Run185_MM1to4StryEraw.png

Attachment 7: Run185_MM5to8StrYEraw.png

Attachment 8: Run185_MM1to4StrXTraw.png

Attachment 9: Run185CatsStripsQraw.png

Attachment 10: Run185CatsStripsQcal.png

Attachment 11: Run185_MUST2_BT.png

Attachment 12: Run185_MUST2_BTb.png

Attachment 13: Run185_MM1toMM4_HV.png

Attachment 14: Run185_MM5toMM8_CatsHV.png

e755 Val�rie, target :Takeshi

Fri Jun 29 09:53:33 2018

Run 186 problem Numexo-Narval

Run 186 Friday 29th June start@ 9h48 stop@9h51
e748 Exxx 551 29 juin 09:50 run_0186.dat.29-06-18_09h48m46s
All triggers Must2+cats1 and Cats 2 div.
Problem ECC error Numexo

Attachment 1: Run186_TNarvalECCerror.png

e755 Val�rie, target :Takeshi

Fri Jun 29 10:03:06 2018

Run 187 Friday 29th June start@ 9h53 stop@10h05
e748 Exxx 95976431 29 juin 10:05 run_0187.dat.29-06-18_09h53m29s
All triggers Must2+cats1 and Cats 2 div.
Mean intensity of the beam between 1.5 to 1.8 10**5/s down to 10**4, with large fluctuations.

e755 Olivier, Omar, Val�rie, target : Nori, Takeshi

Fri Jun 29 10:41:00 2018

Run 188 Friday 29th June start@10h36 stop@10h40

e748 Exxx 18078991 29 juin 10:40 run_0188.dat.29-06-18_10h35m20s
All triggers Must2+cats1 and Cats 2 div.
starting tuning of 37Ca. Primary beam is too unstable. PCP machine tries to stabilize it (it should take less than one hour).

Analysis 38Ar(p,t)36Ar run 128 to 156

Fri Jun 29 12:39:34 2018

Here are some plot summarizing the analysis status on the 36Ar(p,t)34Ar channel.

Run concerned: 128-156
Running time: 31 hours

Gates applied:

Target Impact (from CATS)
Triton in dE-E
Incoming 36Ar, TCATS2_HF in [1600;24000]
Outgoin Z=18, delta_E E

Plots:

Kinematics, Exitation energy
Exitation energy per telescope for T1 to T4, with fit for two pics

Remarks:

We are able to distinguish two different states coressponding two known 0+ and 2+ states
By looking excitation energy telescope by telescope, we can see a shift between T1,2 and T3,4. Again, left right misalignement of MUST2 is highlight

Runs in 26Ar will be helpfull for E tritons calibrations in CsI

Attachment 1: Kinematics_36Arpt_FIT1Ex.png

Attachment 2: Kinematics_36Arpt_FITGS.png

Attachment 3: Telescope_Ex_36Arpt.png

Attachment 4: Telescope_Ex_36Arpt_fit_exited.png

Attachment 5: 36Ar_level_list.png

summary for 38Ca + liq. H2, updated

Fri Jun 29 14:00:51 2018

I would summarize the statistics of 38Ca + liq H2 target measurement.
We have obtained the data of 49.5 hours until 28/6, and we added 3.5 hours more data last night.

See the spreadsheet for detail, such as the runnumber and the number of acquisition trigger.
https://docs.google.com/spreadsheets/d/1yErcQcrXPdJjEOfUd9D9KPWWkWQpw5kX4wFze6vwij4/edit#gid=0

liquid hydrogen target logger

Fri Jun 29 17:43:46 2018

last update at 6 am on June 30

Attachment 1: screenshot_2018-06-29_17.39.31.png

Attachment 2: screenshot_2018-06-29_17.42.39.png

Attachment 3: screenshot_2018-06-29_23.44.41.png

Attachment 4: screenshot_2018-06-29_23.46.08.png

Attachment 5: screenshot_2018-06-30_01.54.14.png

Attachment 6: screenshot_2018-06-30_01.54.47.png

Attachment 7: screenshot_2018-06-30_03.06.29.png

Attachment 8: screenshot_2018-06-30_03.07.02.png

Attachment 9: screenshot_2018-06-30_06.02.09.png

Attachment 10: screenshot_2018-06-30_06.02.46.png

RUN 191 FIRST PHYSICS RUN IN 37Ca

Sat Jun 30 01:55:35 2018

RUN 191:

started at 1:20

Trigger MUST2, CATS1%3*10**3, CATS2%3*10**3
I=1.3uA
Purity = 20%

================================================
Several changed have been made during beam tuning:

Delay have been changed for CATS1-HF and CATS2-HF
One more CATS1-HF TOF measurement has been added. It's register in the spectra named NP_T_CATS1_HF
CATS division has been set to 3*10� of both CATS1 and CATS2
Beam is made of 37Ca, 36K, 35Ar and 34Cl with in average 20% purity in 37Ca
CATS1 and 2 tripped because bottle of isobutane was empty. During changing the gaz bottle, gain of strip 13 X of CATS1 changed. Another calibration is probably need for this one

===============================================
NEW PHYSICS IS COMING

Attachment 1: CATSCAL.png

Attachment 2: CATSRAW.png

Attachment 3: Correl.png

Attachment 4: CsI.png

Attachment 5: DC.png

Attachment 6: DCPos.png

Attachment 7: dEE.png

Attachment 8: IC.png

Attachment 9: Iczero.png

Attachment 10: MMImpact.png

Attachment 11: MMX14.png

Attachment 12: MMX58.png

Attachment 13: Plastic.png

Attachment 14: POS.png

Attachment 15: scaler.png

Attachment 16: scaler_2018-06-30_00h49m11s.png

Attachment 17: Scalers.png

Attachment 18: TOF.png

Attachment 19: trigger.png

Attachment 20: HT1.png

Attachment 21: HT2.png

Beam image after retracting CHIO

Sat Jun 30 03:18:14 2018

the beam seems more focused after retracting CHIO upstream of M2C. Screenshot taken during RUN 193.

Attachment 1: visu_2018-06-30_03h12m04s.png

Sat Jun 30 04:54:55 2018

Continue 37ca data taking.

Attachment 1: scaler_2018-06-30_04h51m48s.png

Attachment 2: visu_2018-06-30_04h55m58s.png

Attachment 3: visu_2018-06-30_04h56m09s.png

Attachment 4: visu_2018-06-30_04h56m23s.png

Attachment 5: 2018-06-30_target_pos_slice.png

Attachment 6: visu_2018-06-30_05h12m59s.png

Attachment 7: screenshot_2018-06-30_05h46m23s.png

Attachment 8: screenshot_2018-06-30_05h47m44s.png

Attachment 9: visu_2018-06-30_05h12m44s.png

Attachment 10: visu_2018-06-30_05h12m59s.png

Attachment 11: visu_2018-06-30_05h53m50s.png

Attachment 12: visu_2018-06-30_05h54m03s.png

Attachment 13: visu_2018-06-30_05h54m11s.png

Attachment 14: visu_2018-06-30_05h54m18s.png

Attachment 15: visu_2018-06-30_05h54m24s.png

Attachment 16: visu_2018-06-30_05h54m30s.png

Attachment 17: visu_2018-06-30_05h54m35s.png

Attachment 18: visu_2018-06-30_05h54m44s.png

Attachment 19: visu_2018-06-30_05h54m47s.png

Attachment 20: visu_2018-06-30_05h54m53s.png

Attachment 21: visu_2018-06-30_05h54m59s.png

Attachment 22: visu_2018-06-30_05h54m24s.png

Attachment 23: visu_2018-06-30_05h54m30s.png

Attachment 24: visu_2018-06-30_05h54m35s.png

Attachment 25: visu_2018-06-30_05h54m44s.png

Attachment 26: visu_2018-06-30_05h54m47s.png

Attachment 27: visu_2018-06-30_05h54m53s.png

Attachment 28: visu_2018-06-30_05h54m59s.png

Attachment 29: visu_2018-06-30_05h55m06s.png

Attachment 30: visu_2018-06-30_05h55m10s.png

Attachment 31: visu_2018-06-30_05h55m16s.png

Attachment 32: visu_2018-06-30_05h55m22s.png

Attachment 33: visu_2018-06-30_05h55m06s.png

Attachment 34: visu_2018-06-30_05h55m10s.png

Attachment 35: visu_2018-06-30_05h55m16s.png

Attachment 36: visu_2018-06-30_05h55m22s.png

Attachment 37: visu_2018-06-30_05h55m28s.png

Attachment 38: visu_2018-06-30_05h55m36s.png

Attachment 39: visu_2018-06-30_05h56m01s.png

Attachment 40: visu_2018-06-30_05h56m16s.png

Attachment 41: visu_2018-06-30_05h56m31s.png

Attachment 42: visu_2018-06-30_05h56m36s.png

Attachment 43: visu_2018-06-30_05h56m46s.png

Attachment 44: visu_2018-06-30_05h56m52s.png

Attachment 45: visu_2018-06-30_05h57m11s.png

Sat Jun 30 08:24:07 2018

Freddy, Shumpei, Louis

Run 195

start: 8h08
stop: 12h09

37Ca setting
CATS12 ~ 15-20 kHz

I = 1.4 uA since 7h30 (2 uA during the night) - PCP: source decreasing -working on it
Estimation of (Transmission * Efficiency_IC) about 64 % (based on ICdE1 vs TCATS1_HF spectrum)

Attachment 1: r195_scalers.png

Attachment 2: r195_CATS.png

Attachment 3: r195_TOFin.png

Attachment 4: r195_PIDout.png

Attachment 5: r195_CATS_cal.png

Offline analysis of 37Ca(p,d)36Ca reaction

Sat Jun 30 09:17:25 2018

Here are some plot summarizing the analysis status on the 37Ca(p,d)36Ca channel. Plots shows performance of the setup in optimal conditions and preli;inary results.

Run concerned: 192-194
Running time: 6 hours

Gates applied:

Target Impact (from CATS)
deuton in dE-E
Incoming 37Ca, TCATS1_HF in [2800;3800]
Outgoing Z=20 and Z=19

Plots:

Ion identification in dE-TOF and dE-E
Light particle identification in dE-E
Kinematics, Exitation energy and laboratory angle for Gate on Z=20 and Z=19 outgoing nuclei
Previous results for 38Ca(p,t)36Ca analysis

Remarks:

Particle identification seems OK for light and heavy particles. We are able to reproduce wath we get during 38Ca beam. All component are well separeted
On the Z=20 gated spectra, one can distinguish two state. Excited state looks like to be at the same position (around 3MeV) than the one found in 38Ca(p,t)36Ca reaction.
On the Z=19 gated spectra, one can see state. Looks like to be at the same position (around 6MeV) than the one found in 38Ca(p,t)36Ca reaction with the same gate.

Results looks consistent with previous observations. Let's see wath will grown with more data!

Attachment 1: dE_E.png

Attachment 2: dE_TOF.png

Attachment 3: PID.png

Attachment 4: Ex20vs19_pd_192to194_Z21.png

Attachment 5: Kinematics_pd_192to194_Z19.png

Attachment 6: Kinematics_pd_192to194_Z20.png

Attachment 7: 38Capt_zero.pdf

Beam profile on the target

Sat Jun 30 11:25:59 2018

The beam profile on the target for each isotope is shown for all trigger and CATS trigger (GATCONF > 500).
X position seems not to depend on the isotope, while Y position depends on the isotope.
Now, 37Ca is a little bit higher form the center of the target, while 36K is almost at the center.

Attachment 1: target_profile_triggerall.png

Attachment 2: target_profile_catstrigger.png

Sat Jun 30 13:25:27 2018

Run 196

start: 12h09
stop: 15h38

37Ca setting

I = 2 uA
CATS12 ~ 20 kHz

Attachment 1: r196_TOF.png

Attachment 2: r196_CATS.png

Attachment 3: r196_MMImpact.png

Sat Jun 30 15:07:43 2018

37Ca (p,d) 36Ca reaction is analyzed (run 191-195).

Gate condition;
1. beam on target by CATS1&2
2. TOF gate for 37Ca
3. recoil deutron gate by MUST2 only T3
4. fragment gate by CHIO and plastic

Only T3 is used for analysis and the angle is intentionally shifted 1.0 deg to match the kinematics for 40Ca (p,d).

Ground and 2+ state of 36Ca are observed in Z=20 gate, while a higher lying state is seen in Z=19 gate.
This result seems to be consistent with that of 38Ca (p,t) 36Ca.

Attachment 1: 37Capd.pdf

Attachment 2: 37Capd_ex.pdf

Sat Jun 30 16:04:11 2018

RUN 197
start: 15h39
stop : 17h38

beam rate 1.7 uA

Attachment 1: scaler_2018-06-30_16h01m46s.png

Attachment 2: visu_2018-06-30_16h03m02s.png

Attachment 3: visu_2018-06-30_16h03m18s.png

Attachment 4: visu_2018-06-30_16h03m32s.png

Sat Jun 30 17:45:17 2018

RUN 198

start: 17h40
stop :

Attachment 1: scaler_2018-06-30_17h46m13s.png

Attachment 2: visu_2018-06-30_17h46m31s.png

Attachment 3: visu_2018-06-30_17h47m00s.png

Attachment 4: visu_2018-06-30_17h47m36s.png

Brho1 and Brho2 optimization for 37Ca

Sat Jun 30 18:09:53 2018

Summary of Brho1 and Brho2 optimizations for the 37Ca beam.

Attachment 1:
Results of the Brho1 scan. Corresponding LISE run numbers are also shown in the figure.
As the beam intensity was fluctuating, the counting rates were normalized with respect to the intensity.
By changing Brho1, we tried to search for the peak of the 37Ca production. The yield seemed to reach the maximum at around 2.10 Tm,
although sometimes the rates were not reproducible (see the data point of the run 306, for example). 

Attachment 2, 3:
Changes of the yield and purity by scanning Brho2. The shaded area corresponds to the width of the slit (shown only for 0%).
They were well optimized at about 1.925 Tm.

Attachment 1: ca37brho1.png

Attachment 2: ca37brho2_yield.png

Attachment 3: ca37brho2_purity.png

Sat Jun 30 20:08:27 2018

didier, takeshi, daisuke

Attachment 1: scaler_2018-06-30_19h41m59s.png

Attachment 2: visu_2018-06-30_19h42m32s.png

Attachment 3: visu_2018-06-30_20h04m35s.png

Attachment 4: visu_2018-06-30_20h04m46s.png

Attachment 5: visu_2018-06-30_20h04m51s.png

Attachment 6: visu_2018-06-30_20h04m59s.png

Attachment 7: visu_2018-06-30_20h05m12s.png

Attachment 8: visu_2018-06-30_20h05m17s.png

Attachment 9: visu_2018-06-30_20h05m23s.png

Attachment 10: visu_2018-06-30_20h05m29s.png

Attachment 11: visu_2018-06-30_20h05m35s.png

Attachment 12: visu_2018-06-30_20h05m44s.png

Attachment 13: visu_2018-06-30_20h05m50s.png

Attachment 14: visu_2018-06-30_20h06m05s.png

Attachment 15: visu_2018-06-30_20h06m13s.png

Attachment 16: visu_2018-06-30_20h06m20s.png

Attachment 17: visu_2018-06-30_20h06m26s.png

Attachment 18: visu_2018-06-30_20h06m31s.png

Attachment 19: visu_2018-06-30_20h06m39s.png

Attachment 20: visu_2018-06-30_20h06m45s.png

Attachment 21: visu_2018-06-30_20h06m54s.png

Attachment 22: visu_2018-06-30_20h07m04s.png

Attachment 23: visu_2018-06-30_20h07m10s.png

Attachment 24: visu_2018-06-30_20h07m20s.png

Attachment 25: visu_2018-06-30_20h07m25s.png

Attachment 26: visu_2018-06-30_20h07m33s.png

Attachment 27: visu_2018-06-30_20h07m45s.png

Attachment 28: visu_2018-06-30_20h07m55s.png

Sat Jun 30 20:12:33 2018

Latest update at 12:15 pm on July 1
Here are the temperature logs up to 7:00pm 30/6.

Attachment 1: cell3006.png

Attachment 2: heatshield3006.png

Attachment 3: screenshot_2018-07-01_12.17.48.png

Attachment 4: screenshot_2018-07-01_12.22.29.png

Sat Jun 30 23:47:45 2018

takeshi, daisuke, didier

result of Wien filter tuning

Here is the summary of the tuning of the Wien filter.
We tried to tune the correction magnet of the wien filter to change the Y position of the beam, especially for 37Ca, which seemed to be at slightly higher position.
The peak position was shifted lower and lower and the purity of 37Ca was increased as changing the magnetic field of the wien filter with decreasing total beam rate.
The rate of 37Ca was actually not changed by the tuning of the wien filter and 36K was decreased by this tuning, although the rate of 35Ar, which are not interest nuclide for us, was decreased significantly.
The dead time of DAQ is not so serious in current setting, so we decided to continue the measurement without changing the wien filter.

Attachment 1: wienfiltertuning3006.png

Attachment 2: position37Carun200.pdf

Attachment 3: position37Carun201.pdf

Attachment 4: position37Carun202.pdf

Sun Jul 1 01:48:23 2018

Starting Run 205 at 1:45.
CATS 1 : 22kps
CATS 2 : 23kps
PLASTIC: 35kps

Attachment 1: run205.ps

Attachment 2: r205_HT.png

Attachment 3: r205_HT0.png

Attachment 4: r205_scaler.png

Sun Jul 1 06:42:28 2018

offline of run 192-206

Here are te plot of analysis of all the available statistic on 37Ca pd.

Attachment 1: 37Capd_192-207.pdf

Sun Jul 1 09:43:58 2018

Sun 1 July 2018

Start 9:26
Stop 11:00

STOP BECAUSE OF SOURCE PROBLEM (No beam)

CATS1: 17 kcps
CATS2: 17 kcps
Plastic: 27 kcps

Trigger: MUST2, CATS1div, CATS2div

37Ca beam

Continue

Attachment 1: screenshot_2018-07-01_09h41m07s.png

Attachment 2: screenshot_2018-07-01_09h38m44s.png

Attachment 3: screenshot_2018-07-01_09h37m56s.png

Attachment 4: screenshot_2018-07-01_09h37m34s.png

Attachment 5: visu_2018-07-01_11h04m16s.png

Attachment 6: visu_2018-07-01_11h04m51s.png

Attachment 7: visu_2018-07-01_11h06m51s.png

Attachment 8: visu_2018-07-01_11h07m10s.png

Attachment 9: visu_2018-07-01_11h07m32s.png

Run 208 (ENTRY POSTPONED)

Sun Jul 1 09:48:44 2018

Sun 1 July

Start 7:17
Stop 9: 25

CATS1: 20 kcps
CATS2: 20 kcps
Plastic: 32 kcps

Attachment 1: CATS_CAL_r208.png

Attachment 2: CATS_RAW_r208.png

Attachment 3: IC_dE_TCATS_r208.png

Attachment 4: MM_impact_r208.png

Attachment 5: scaler_r208.png

Attachment 6: target_pos_r208.png

Attachment 7: T_CATS_HF_r208.png

Sun Jul 1 11:52:27 2018

Sun 1 July 2018

Start 11:46
Stop 11:57

(-> PCP retunes the beam)

37Ca continue

CATS1: 20 kcps
CATS2: 20 kcps
Plastic: 29 kcps

Attachment 1: scaler_2018-07-01_11h50m05s.png

Attachment 2: visu_2018-07-01_11h50m57s.png

Attachment 3: visu_2018-07-01_11h51m14s.png

Attachment 4: screenshot_2018-07-01_11h55m48s.png

Attachment 5: screenshot_2018-07-01_11h56m15s.png

Attachment 6: screenshot_2018-07-01_11h56m41s.png

Attachment 7: screenshot_2018-07-01_11h57m05s.png

Sun Jul 1 17:11:55 2018

freddy, shumpei, daisuke

from 17h01 to 18h39 (anoxia alert. PCP to inspect). 40ca ~3.0 micro A.

Attachment 1: scaler_2018-07-01_17h10m39s.png

Attachment 2: visu_2018-07-01_17h10m37s.png

Attachment 3: visu_2018-07-01_17h13m30s.png

Sun Jul 1 18:44:24 2018

freddy, shumpei, daisuke

Alpha source run. no beam
18h41 started
19h22 ended

Attachment 1: scaler_2018-07-01_19h19m32s.png

Attachment 2: visu_2018-07-01_19h19m32s.png

Attachment 3: visu_2018-07-01_19h19m40s.png

Sun Jul 1 19:22:32 2018

freddy, shumpei, daisuke

37Ca + liquid H
19h20 started
21h18 ended.

Attachment 1: scaler_2018-07-01_20h05m43s.png

Attachment 2: visu_2018-07-01_20h05m44s.png

Attachment 3: visu_2018-07-01_20h05m52s.png

Attachment 4: scaler_2018-07-01_21h18m41s.png

Attachment 5: visu_2018-07-01_21h15m41s.png

Sun Jul 1 21:21:18 2018

RUN 217

37Ca beam at 2.104pps
LH2
started at 21h18

Attachment 1: scaler_2018-07-01_21h22m54s.png

Attachment 2: visu_2018-07-01_21h24m16s.png

Attachment 3: visu_2018-07-01_21h24m33s.png

Attachment 4: visu_2018-07-01_21h24m48s.png

freddy, louis, shumpei, daisuke

Sun Jul 1 23:18:21 2018

37ca + liq.H
22h50 started
1h00 ended

Attachment 1: scaler_2018-07-01_22h55m57s.png

Attachment 2: visu_2018-07-01_22h55m58s.png

Attachment 3: visu_2018-07-01_22h56m10s.png

Attachment 4: visu_2018-07-01_23h28m52s.png

Attachment 5: visu_2018-07-01_23h37m29s.png

Attachment 6: scaler_2018-07-01_23h37m44s.png

Attachment 7: scaler_2018-07-02_00h51m47s.png

Update offline analysis on 37Ca(p,d)36Ca

Mon Jul 2 00:53:49 2018

Update of offline Analysis of the 37Ca(p,d)36Ca reaction:

Run 192 to 207
Total time: 43h

same analysis for gate Z=20, Z=19 and Z=18 have been made.

In the first exited state at 5.5MeV of Z20 spectra we got 1557 counts ==> 36/h

in pic of Z19 spectra we got : 121 counts at 5.5MeV ==> 2.8/h
458 counts at 9.8MeV ==> 10.5/h

for the first excited state at 5.5MeV we got gamma to proton ratio of 7.7%

One can maybe distinguish resonnace in the Z18 spectra

Attachment 1: 37Capd_All_192_0277.pdf

Attachment 2: 37Capd_Z19_FIT_192_0277.pdf

Attachment 3: 37Capd_Z20_192_0277.pdf

Mon Jul 2 01:01:15 2018

cryogenic target logger

Attachment 1: screenshot_2018-07-02_01.00.23.png

Attachment 2: screenshot_2018-07-02_02.57.45.png

Attachment 3: screenshot_2018-07-02_02.58.23.png

Mon Jul 2 01:05:12 2018

37ca + liq.H.
1h01 started
1h56 ended.Beam stopped due to the trouble with HF C0.

Attachment 1: scaler_2018-07-02_01h04m12s.png

Attachment 2: visu_2018-07-02_01h13m50s.png

Attachment 3: visu_2018-07-02_01h14m29s.png

Attachment 4: scaler_2018-07-02_01h56m52s.png

Mon Jul 2 01:29:58 2018

Reaction : 9C(1H,3H)7C Q -29.5098 MeV Ex 0 MeV
9C Z 6 A 9 Mass excess 28911.0 keV
1H Z 1 A 1 Mass excess 7289.0 keV
3H Z 1 A 3 Mass excess 14949.8 keV
7C Z 6 A 7 Mass excess 50760.0 keV
Beam:
Energy = 508.381 MeV = 56.4868 MeV/A
Brho = 1.65 Tm
Beta = 0.332816
Gamma = 1.06045
Q value for 4p+3He threshold -22.8369 MeV
Resonance energy 6.6729 MeV
------------------------------

Reaction : 8B(1H,3H)6B Q -32.0592 MeV Ex 0 MeV
8B Z 5 A 8 Mass excess 22921.6 keV
1H Z 1 A 1 Mass excess 7289.0 keV
3H Z 1 A 3 Mass excess 14949.8 keV
6B Z 5 A 6 Mass excess 47320.0 keV
Beam:
Energy = 398.685 MeV = 49.8356 MeV/A
Brho = 1.65 Tm
Beta = 0.314228
Gamma = 1.05335
Q value for 3p+3He threshold -21.5374 MeV
Resonance energy 10.5219 MeV
------------------------------

Reaction : 7Be(1H,3H)5Be Q -29.0318 MeV Ex 0 MeV
7Be Z 4 A 7 Mass excess 15769.0 keV
1H Z 1 A 1 Mass excess 7289.0 keV
3H Z 1 A 3 Mass excess 14949.8 keV
5Be Z 4 A 5 Mass excess 37140.0 keV
Beam:
Energy = 293.007 MeV = 41.8581 MeV/A
Brho = 1.65 Tm
Beta = 0.289816
Gamma = 1.04484
Q value for 2p+3He threshold -21.401 MeV
Resonance energy 7.63084 MeV
------------------------------

Reaction : 10C(1H,3H)8C Q -27.026 MeV Ex 0 MeV
10C Z 6 A 10 Mass excess 15698.8 keV
1H Z 1 A 1 Mass excess 7289.0 keV
3H Z 1 A 3 Mass excess 14949.8 keV
8C Z 6 A 8 Mass excess 35064.0 keV
Beam:
Energy = 500 MeV = 50 MeV/A
Brho = 1.7205 Tm
Beta = 0.314906
Gamma = 1.0536
Q value for 4p+4He threshold -23.5428 MeV
Resonance energy 3.4832 MeV
------------------------------

Reaction : 12C(1H,3H)10C Q -23.3596 MeV Ex 0 MeV
12C Z 6 A 12 Mass excess 0.0 keV
1H Z 1 A 1 Mass excess 7289.0 keV
3H Z 1 A 3 Mass excess 14949.8 keV
10C Z 6 A 10 Mass excess 15698.8 keV
Beam:
Energy = 600 MeV = 50 MeV/A
Brho = 2.06297 Tm
Beta = 0.315144
Gamma = 1.05369
Q value for 2p+8Be threshold -27.1804 MeV
Resonance energy -3.82081 MeV
------------------------------

Reaction : 14O(1H,3H)12O Q -31.5684 MeV Ex 0 MeV
14O Z 8 A 14 Mass excess 8007.5 keV
1H Z 1 A 1 Mass excess 7289.0 keV
3H Z 1 A 3 Mass excess 14949.8 keV
12O Z 8 A 12 Mass excess 31915.0 keV
Beam:
Energy = 700 MeV = 50 MeV/A
Brho = 1.8056 Tm
Beta = 0.31506
Gamma = 1.05366
Q value for 2p+10C threshold -29.9301 MeV
Resonance energy 1.63826 MeV
------------------------------

Reaction : 38Ca(1H,3H)36Ca Q -23.2693 MeV Ex 0 MeV
38Ca Z 20 A 38 Mass excess -22058.5 keV
1H Z 1 A 1 Mass excess 7289.0 keV
3H Z 1 A 3 Mass excess 14949.8 keV
36Ca Z 20 A 36 Mass excess -6450.0 keV
Beam:
Energy = 1900 MeV = 50 MeV/A
Brho = 1.95921 Tm
Beta = 0.315237
Gamma = 1.05373
Q value for 2p+34Ar threshold -25.919 MeV
Resonance energy -2.64965 MeV
------------------------------

Reaction : 37Ca(1H,3H)35Ca Q -25.5869 MeV Ex 0 MeV
37Ca Z 20 A 37 Mass excess -13136.1 keV
1H Z 1 A 1 Mass excess 7289.0 keV
3H Z 1 A 3 Mass excess 14949.8 keV
35Ca Z 20 A 35 Mass excess 4790.0 keV
Beam:
Energy = 1850 MeV = 50 MeV/A
Brho = 1.90787 Tm
Beta = 0.315202
Gamma = 1.05371
Q value for 2p+33Ar threshold -25.9906 MeV
Resonance energy -0.403641 MeV
------------------------------

Attachment 1: ensdf_10c_via_pt.pdf

Attachment 2: PhysRevC.3.543.pdf

Mon Jul 2 01:58:07 2018

37ca + liquid H (no beam at times)
1h56 started. no beam
2h03 beam came back with low intensity. Keep running.
2h07 beam rate 20 kpps
2h08 beam rate 30 kpps
2h10 beam rate 0 kpps
2h20 beam rate 39 kpps
4h00 ended

Attachment 1: scaler_2018-07-02_02h08m45s.png

Attachment 2: visu_2018-07-02_02h09m02s.png

Attachment 3: scaler_2018-07-02_02h27m15s.png

Attachment 4: visu_2018-07-02_02h27m16s.png

Attachment 5: scaler_2018-07-02_02h53m24s.png

Attachment 6: visu_2018-07-02_02h53m24s.png

Mon Jul 2 04:02:15 2018

37Ca + liq. H
4h00 started
5h57 ended.

Attachment 1: scaler_2018-07-02_04h03m05s.png

Attachment 2: visu_2018-07-02_04h10m12s.png

Attachment 3: visu_2018-07-02_05h17m10s.png

Attachment 4: visu_2018-07-02_05h17m17s.png

Attachment 5: visu_2018-07-02_05h33m56s.png

Attachment 6: scaler_2018-07-02_05h58m57s.png

Attachment 7: visu_2018-07-02_06h00m07s.png

Attachment 8: visu_2018-07-02_06h00m13s.png

Mon Jul 2 06:01:35 2018

37Ca + liquid H.
5h59 started.40Ca 3.3 micro A.
6h17 beam stop. A few issues including RF.
6h36 beam rate 50 Hz with CATS.
6h39 beam rate 17 kHz
6h46 beam rate 30 kHz
6h53 beam rate 5 kHz
7h05 beam rate 15 kHz
7h16 beam rate 25 kHz
7h46 beam rate 30 kHz
7h59 end

Attachment 1: scaler_2018-07-02_06h02m14s.png

Attachment 2: visu_2018-07-02_06h08m04s.png

Attachment 3: visu_2018-07-02_06h08m14s.png

Attachment 4: visu_2018-07-02_06h08m20s.png

Attachment 5: scaler_2018-07-02_06h31m49s.png

Attachment 6: scaler_2018-07-02_07h34m15s.png

Attachment 7: scaler_2018-07-02_08h00m26s.png

36Ca and 37Ca(p,t)35Ca reaction

Mon Jul 2 07:23:34 2018

RUN 192 to 222
Beam time: 62h

Here are shown plots for 37Ca(p,t)35Ca reaction.
Kinematics are shown by gating on Z=20. One can see a pic corresponding to the ground state of 35Ca with 20 counts. Corresponding count rate is about 0.32count/h
Reconstructed Exitation energie for Z20, Z19 and Z18 are also shown

Update of the 37Ca(p,d)36Ca reaction is also presented

Attachment 1: Ex_all_pd_192to222.png

Attachment 2: Kinematics_pt_192to222_Z20.png

Attachment 3: pt36Ca_Ex_all_192_222.png

Attachment 4: Kinematics_pt_192to222_Z20_without_line.png

Mon Jul 2 07:37:50 2018

RUN: 86 to 89
Beam time: 2h30
Beam 40Ca with empty target

Background has been analyzed for 37Capd from run of 40Ca beam on empty target.
Figure shows excitation energy for all Z in 37Ca(p,d), background associated and background substraction

remarks:
As Ionization chamber was not fonctional during 40Ca beam time, it is not possible to apply Z cuts on background. The substraction is so not yet applied in analysis. Solution to reach this goal is under developement

Attachment 1: Background.pdf

louis, daisuke, takeshi, didier

Mon Jul 2 08:02:52 2018

37ca + liquid H
8h00 started
10h01 stopped

The beam was a little bit unstable during this run.

Attachment 1: scaler_2018-07-02_08h49m14s.png

Attachment 2: visu_2018-07-02_08h49m47s.png

Attachment 3: visu_2018-07-02_08h50m07s.png

Mon Jul 2 10:12:29 2018

RUN 225
37Ca beam + liq. H2 target
10h02 started
12h00 stopped

Attachment 1: scaler_2018-07-02_10h36m14s.png

Attachment 2: visu_2018-07-02_10h34m39s.png

Attachment 3: visu_2018-07-02_10h34m49s.png

Attachment 4: visu_2018-07-02_10h35m04s.png

Attachment 5: visu_2018-07-02_10h35m17s.png

Attachment 6: scaler_2018-07-02_10h42m07s.png

Mon Jul 2 12:09:56 2018

takeshi, Didier, olivier

RUN 226
37Ca + liq. H2
12h03 started
13h27 stopped because the beam stopped

Attachment 1: scaler_2018-07-02_12h09m01s.png

Attachment 2: visu_2018-07-02_12h18m40s.png

Attachment 3: visu_2018-07-02_12h18m56s.png

Attachment 4: visu_2018-07-02_12h19m02s.png

Attachment 5: visu_2018-07-02_12h19m10s.png

Attachment 6: visu_2018-07-02_12h19m39s.png

Mon Jul 2 14:37:44 2018

takeshi, didier, olivier

RUN 229
Ca37 + liq. H2
Beam is back 14h30
14h30 started
14h49 stopped due to ion source problem

Mon Jul 2 15:18:21 2018

takeshi, didier, olivier

RUN 230
37Ca + liq. H2
15h11 started

beam was about 2 uA until 15h20, recovered to 4 uA after that.

Attachment 1: scaler_2018-07-02_15h19m52s.png

Attachment 2: visu_2018-07-02_15h20m30s.png

Attachment 3: visu_2018-07-02_15h20m37s.png

Attachment 4: visu_2018-07-02_15h20m52s.png

Attachment 5: visu_2018-07-02_15h20m58s.png

Attachment 6: visu_2018-07-02_15h21m04s.png

Attachment 7: scaler_2018-07-02_15h22m38s.png

Mon Jul 2 16:16:40 2018

Attachment 1: heatshield0207.png

Attachment 2: cell0207.png

Mon Jul 2 16:50:10 2018

start: 16h47
stop: 18h48

Beam= 26000 pps

Attachment 1: scaler_2018-07-02_16h51m31s.png

Attachment 2: visu_2018-07-02_16h52m17s.png

Mon Jul 2 18:51:11 2018

start: 18h49
stop: 20h41

Intensity about 30000 pps.

Attachment 1: scaler_2018-07-02_18h50m24s.png

Attachment 2: visu_2018-07-02_19h13m50s.png

Attachment 3: visu_2018-07-02_19h14m38s.png

Attachment 4: visu_2018-07-02_19h14m41s.png

Attachment 5: scaler_2018-07-02_19h13m47s.png

Attachment 6: visu_2018-07-02_20h25m33s.png

Attachment 7: visu_2018-07-02_20h25m38s.png

Attachment 8: visu_2018-07-02_20h25m42s.png

Attachment 9: visu_2018-07-02_20h25m47s.png

Attachment 10: visu_2018-07-02_20h25m53s.png

Attachment 11: visu_2018-07-02_20h25m58s.png

Attachment 12: visu_2018-07-02_20h26m02s.png

Attachment 13: visu_2018-07-02_20h26m08s.png

Attachment 14: visu_2018-07-02_20h26m13s.png

Attachment 15: visu_2018-07-02_20h26m18s.png

Attachment 16: visu_2018-07-02_20h26m22s.png

Attachment 17: visu_2018-07-02_20h26m27s.png

Attachment 18: visu_2018-07-02_20h26m32s.png

Attachment 19: visu_2018-07-02_20h26m37s.png

Attachment 20: visu_2018-07-02_20h26m42s.png

Attachment 21: visu_2018-07-02_20h26m47s.png

Attachment 22: visu_2018-07-02_20h26m57s.png

Attachment 23: visu_2018-07-02_20h27m01s.png

Attachment 24: visu_2018-07-02_20h27m08s.png

Attachment 25: visu_2018-07-02_20h27m15s.png

Attachment 26: visu_2018-07-02_20h27m21s.png

Attachment 27: visu_2018-07-02_20h27m28s.png

Attachment 28: visu_2018-07-02_20h27m21s.png

Attachment 29: visu_2018-07-02_20h27m28s.png

Attachment 30: visu_2018-07-02_20h43m42s.png

Attachment 31: scaler_2018-07-02_20h43m31s.png

pierre, takeshi, louis, nori, daisuke

Mon Jul 2 20:44:46 2018

37ca + liquid H
20h43 started.
21h31 stop

Attachment 1: scaler_2018-07-02_20h45m47s.png

Attachment 2: scaler_2018-07-02_21h31m38s.png

Mon Jul 2 22:07:27 2018

Here is the run summary for the 37Ca beam + liq. H2 target setting.
We have obtained totally 65.7 hours data from 0:44 30/6 until 22:00 2/7 for this settings including 1 hour wien filter tuning.

See the google spreadsheet for the detail.
https://docs.google.com/spreadsheets/d/1yErcQcrXPdJjEOfUd9D9KPWWkWQpw5kX4wFze6vwij4/edit#gid=0

Mon Jul 2 23:09:55 2018

Attachment 1: 37Ca_pd_192_231.pdf

New division for CATS and plastic

Mon Jul 2 23:29:32 2018

Division for CATS and Plastic: 3x10^4

Plastic => Chanel 16 of GMT

Tue Jul 3 10:47:01 2018

RUN 236:
started 10h46, stop at 11h09

RUN 237:
started 11h18, stop at 11h20

Beam tunning

Tue Jul 3 11:48:30 2018

RUN 238:

START 11h23 STOP 12h50

Beam: 40Ca at 1.8*10⁵pps
Trigger: T1 to T8, CATS1div, CATS2div, Plastic
Target: LH2

Attachment 1: scaler_2018-07-03_11h49m11s.png

Attachment 2: visu_2018-07-03_11h41m38s.png

Attachment 3: visu_2018-07-03_11h42m16s.png

Attachment 4: visu_2018-07-03_11h42m22s.png

Attachment 5: visu_2018-07-03_11h42m30s.png

Attachment 6: visu_2018-07-03_11h42m35s.png

Attachment 7: visu_2018-07-03_11h42m40s.png

Attachment 8: visu_2018-07-03_11h42m44s.png

Attachment 9: visu_2018-07-03_11h42m49s.png

Attachment 10: visu_2018-07-03_11h42m55s.png

Attachment 11: visu_2018-07-03_11h43m03s.png

Attachment 12: visu_2018-07-03_11h43m11s.png

Attachment 13: visu_2018-07-03_11h43m42s.png

Attachment 14: visu_2018-07-03_11h43m50s.png

Attachment 15: visu_2018-07-03_11h43m56s.png

Attachment 16: visu_2018-07-03_11h44m02s.png

Attachment 17: visu_2018-07-03_11h46m09s.png

Attachment 18: visu_2018-07-03_11h46m47s.png

Tue Jul 3 13:37:19 2018

Run 239
start at 13h30, stop at 15h18

beam: 40Ca at 2.3*10⁵pps
target: LH2
trigger: T1 to T8, CATS1div, CATS2div,PLASTICdiv

Attachment 1: scaler_2018-07-03_13h39m44s.png

Attachment 2: visu_2018-07-03_13h39m45s.png

Attachment 3: visu_2018-07-03_13h41m15s.png

Tue Jul 3 15:22:26 2018

Run 240
start at 15h17, stop at

beam: 40Ca at 2*105pps
target: LH2
trigger: T1 to T8, CATS1div, CATS2div,PLASTICdiv

Attachment 1: scaler_2018-07-03_15h23m18s.png

Tue Jul 3 17:54:44 2018

RUN 241

start at 17h12, stop at 17h35

beam: 40Ca at 1*105pps
target: LH2
trigger: T1 to T8, CATS1div, CATS2div,PLASTICdiv

RUN 242

start at 17h35, stop at

beam: 40Ca at 1*105pps
target: LH2
trigger: T1 to T8, CATS1div, CATS2div,PLASTICdiv

Attachment 1: visu_2018-07-03_18h04m00s.png

Attachment 2: visu_2018-07-03_18h04m06s.png

Attachment 3: visu_2018-07-03_18h04m08s.png

Attachment 4: visu_2018-07-03_18h04m14s.png

Attachment 5: visu_2018-07-03_18h04m19s.png

Attachment 6: visu_2018-07-03_18h04m24s.png

Attachment 7: visu_2018-07-03_18h04m30s.png

Attachment 8: visu_2018-07-03_18h04m36s.png

Attachment 9: visu_2018-07-03_18h04m42s.png

Attachment 10: visu_2018-07-03_18h04m47s.png

Attachment 11: visu_2018-07-03_18h04m57s.png

Attachment 12: visu_2018-07-03_18h05m04s.png

Attachment 13: visu_2018-07-03_18h05m09s.png

Attachment 14: visu_2018-07-03_18h05m14s.png

Attachment 15: visu_2018-07-03_18h05m20s.png

Attachment 16: visu_2018-07-03_18h05m27s.png

Attachment 17: visu_2018-07-03_18h05m47s.png

Attachment 18: visu_2018-07-03_18h06m06s.png

Attachment 19: visu_2018-07-03_18h06m14s.png

Attachment 20: visu_2018-07-03_18h06m23s.png

Attachment 21: visu_2018-07-03_18h06m31s.png

Attachment 22: visu_2018-07-03_18h06m44s.png

run summary for 40Ca + liq. H2

Tue Jul 3 17:55:01 2018

We have obtained 6 hours data for the 40Ca + liq. hydogen setting today.
Note that we have already taken 15.6 hours data for this setting at the beginning of the BT.

See the spreadsheet for the detail.
https://docs.google.com/spreadsheets/d/1yErcQcrXPdJjEOfUd9D9KPWWkWQpw5kX4wFze6vwij4/edit#gid=0

Data saved after experiment

Tue Jul 3 18:19:30 2018

DAS: /home/e748/ganacq_manip/e755/das-save/2018-07-03_fin_e755
VIGRU: /home/e748/analysis/GRU/GRU_18_03_12/vigru_e755_final_2018-07-03_18h15.xml
Online: /home/e748/analysis/nptool/Projects/e755/online/2018-07-03_18h24
HT/BT: screenshots attached.

Attachment 1: screenshot_2018-07-03_18h18m23s.png

Attachment 2: screenshot_2018-07-03_18h18m42s.png

Attachment 3: screenshot_2018-07-03_18h18m50s.png

Attachment 4: screenshot_2018-07-03_18h18m59s.png

Attachment 5: screenshot_2018-07-03_18h21m09s.png

Attachment 6: screenshot_2018-07-03_18h21m50s.png

Attachment 7: screenshot_2018-07-03_18h24m05s.png

Tue Jul 3 18:48:52 2018

Here is the temperature log of the liquid hydrogen target,
We kept it about 6 days.

Attachment 1: cell0307.png

Attachment 2: heatshield0307.png

Wed Jul 4 15:34:34 2018

A particle identification plot of 37Ca from LISE run 332.

Attachment 1: run332_pid.pdf

Second VXI for CATS and syncrhonisation diagnosis

Wed Jul 4 17:10:28 2018

Second VXI crate was addedd for CATS. If the synchronisation is not working, there will be error messages in the display of the chassis in trouble (Desktop IOLAN).

The width of FAG is set 100 ns by default setting for both GMTMASTER and GMTSLAVE. A longer width of FAG of GMT slave (like a few micro sec) will result in failure, as the GMT master cannot wait for a signal from the slave no more than 6 micro second which is defined by the signal CT. Make sure the chronograms of GMT are the same as in the figures attached, in case of synchronisation failure.Also confirm the configuration of CENTRUM master (figure attached).

Attachment 1: desktop_2018-07-04_17h00m39s.png

Attachment 2: screenshot_2018-07-04_17h03m45s.png

Attachment 3: screenshot_2018-07-04_17h03m49s.png

Attachment 4: screenshot_2018-07-04_17h03m52s.png

Attachment 5: screenshot_2018-07-04_17h03m57s.png

Attachment 6: 2018-07-04_chrono_gmtmaster.png

Attachment 7: 2018-07-04_chrono_gmtslave.png

Attachment 8: das_2018-07-04_17h08m46s.png

Wed Jul 4 18:11:44 2018

MUST2 data taking with the 3 alpha source (positioned downstream of the target to shoot T1 to T8).

Attachment 1: scaler_2018-07-04_18h07m35s.png

Attachment 2: visu_2018-07-04_18h12m36s.png

Attachment 3: visu_2018-07-04_18h12m43s.png

Attachment 4: visu_2018-07-04_18h12m49s.png

Wed Jul 4 18:43:29 2018

3 alpha source at 'off-beam-axis' position (right center view from upstream). FAG ~40 Hz (mostly from T1-4)

Attachment 1: scaler_2018-07-04_18h38m39s.png

Attachment 2: visu_2018-07-04_18h39m26s.png

Attachment 3: visu_2018-07-04_18h42m32s.png

Attachment 4: visu_2018-07-04_18h43m12s.png

louis, serge, pierre, daisuke

Thu Jul 5 10:47:42 2018

3 alpha source, off beam, low down position . FAG 40 Hz. Likely due to beta rays (see the attachment)

Attachment 1: scaler_2018-07-05_10h26m15s.png

Attachment 2: visu_2018-07-05_10h26m16s.png

Attachment 3: visu_2018-07-05_10h26m37s.png

Attachment 4: visu_2018-07-05_10h26m46s.png

Attachment 5: visu_2018-07-05_10h27m13s.png

louis, serge, pierre, daisuke

Thu Jul 5 10:49:40 2018

3 alpha source, off beam, low down position . FAG 40 Hz. Likely due to beta rays (see the attachment)

Attachment 1: scaler_2018-07-05_10h26m15s.png

Attachment 2: visu_2018-07-05_10h26m16s.png

Attachment 3: visu_2018-07-05_10h26m37s.png

Attachment 4: visu_2018-07-05_10h26m46s.png

Attachment 5: visu_2018-07-05_10h27m13s.png

Thu Jul 5 11:08:04 2018

pierre, louis daisuke

cats 1 pulser calibration. trigger cats1%1

Attachment 1: scaler_2018-07-05_11h04m06s.png

Attachment 2: visu_2018-07-05_11h04m05s.png

Thu Jul 5 14:12:18 2018

Attachment 1: scaler_2018-07-05_13h24m41s.png

Attachment 2: visu_2018-07-05_13h24m40s.png

Attachment 3: visu_2018-07-05_13h24m48s.png

Attachment 4: visu_2018-07-05_13h25m03s.png

Attachment 5: visu_2018-07-05_13h26m10s.png

Thu Jul 5 18:33:54 2018

gilles,fred,J-C,daisuke

The VME crate of CAVIAR was integraded to the DAQ controlled by the GMT master of MUST2.

One caution. The visual scaler will not refresh if the TGV module of CAVIAR is listed in the configuration files
/home/e748/ganacq_manip/e755/das-save/e755_echelles.sav
and
/home/e748/ganacq_manip/e755/das-save/echelle.sav

Every time DAS configurations are saved, these files will be rewritten and the TGV module will be added. In such as case, run the macro

/home/e748/ganacq_manip/e755/das-save/echelle_without_caviar/copy_echelles.sh

This will remove the TGV module from these configuration files and make the visual scaler refreshing.

Attachment 1: rc_2018-07-05_18h32m56s.png

Attachment 2: das_2018-07-05_18h32m46s.png

Attachment 3: das_2018-07-05_18h32m18s.png

Attachment 4: scaler_2018-07-05_18h32m06s.png

Attachment 5: desktop_2018-07-05_18h25m17s.png

Thu Jul 5 19:22:18 2018

3 alpha measurement after merging CAVIAR vme to the DAQ

Attachment 1: scaler_2018-07-05_19h21m55s.png

Attachment 2: visu_2018-07-05_19h21m38s.png

Attachment 3: visu_2018-07-05_19h21m41s.png

Attachment 4: visu_2018-07-05_19h21m44s.png

Thu Jul 5 19:26:31 2018

Attachment 1: screenshot_2018-07-05_19h23m54s.png

Attachment 2: screenshot_2018-07-05_19h24m07s.png

Attachment 3: screenshot_2018-07-05_19h24m17s.png

Attachment 4: screenshot_2018-07-05_19h24m24s.png

Fri Jul 6 09:40:04 2018

Attachment 1: pt_kinema_30deg_1050um.pdf

Attachment 2: pt_kinema_30deg_2250um.pdf

Attachment 3: pt_kinema_30deg_750um_7be.pdf

Online analysis code: e755.detector

Fri Jul 6 17:14:50 2018

The file e755.detector was updated to include the following parameters to ModularLeaf.

CAVIAR_1_16
CAVIAR_17_32
CAVIAR_33_48
CAVIAR_49_64
CAVIAR_65_80
CAVIAR_81_96

Attachment 1: screenshot_2018-07-06_17h14m09s.png

Attachment 2: screenshot_2018-07-06_17h14m25s.png

Attachment 3: screenshot_2018-07-06_17h16m43s.png

Online analysis code: e755.detector

Fri Jul 6 18:43:39 2018

The modular label file has to be modified.

lpcgrit:/home/e748/analysis/nptool/Projects/e755 $ cat ModularLabel_new.txt 
GATCONFMASTER
GATCONFSLAVE
DATATRIG_CATS
TGV_CONFDEC
AGAVA_LTAGH
AGAVA_LTAGL_UP
AGAVA_LTAGL
PLASTIC_Q
T_CATS1_HFdiv
T_CATS1_HF
T_CATS2_HF
T_CATS2_CATS1
T_MM_CATS1
T_MM_CATS2
T_CATS1_Plast
T_CATS2_Plast
T_CATS1_CAVIAR
T_CATS2_CAVIAR
E_D4
E1_D6
E2_D6
T_D4_HF
T1_D6_HF
T2_D6_HF
T_E1D6_CAVIAR
T_CATS_HF_LISE
T_D6_CATS
SCALER_DT
SCALER_CATS1
SCALER_CATS2
SCALER_CAVIAR
SCALER_PLASTIC
SCALER_100Hz
ADC2_VOIE_0
ADC2_VOIE_1
ADC2_VOIE_2
ADC2_VOIE_3
ADC2_VOIE_4
ADC2_VOIE_5
CAVIAR_1_16
CAVIAR_17_32
CAVIAR_33_48
CAVIAR_49_64
CAVIAR_65_80
CAVIAR_81_96

This file is symlinked to /home/e748/analysis/nptool/Projects/e755/conversion/ModularLabel.txt.
We confirmed Caviar data is accessible (see Attachment).

Attachment 1: Capture_du_2018-07-06_18-46-31.png

Sat Jul 7 08:16:50 2018

Attachment 1: screenshot_2018-07-07_08h15m39s.png

Attachment 2: screenshot_2018-07-07_08h15m54s.png

Attachment 3: screenshot_2018-07-07_08h16m04s.png

Attachment 4: screenshot_2018-07-07_08h16m13s.png

Beam production procedure

Sat Jul 7 08:26:27 2018

Attachment 1: e738beamproduction.pdf

https://docs.google.com/spreadsheets/d/1jyfw2LT3RGfDY4bcN-9zepZoe2uE89b5CnF4tXzqzj8/edit#gid=716299251

Sat Jul 7 08:29:53 2018

Attachment 1: 2018-05-08_lise_must2_crypta_schedule_-_Shift_(July_7_to_15).pdf

Sat Jul 7 14:33:45 2018

shumpei takeshi megumi

We start liquifying H2 at 14:09 and seems to be filled at 14:29.

Attachment 1: liquefying0707.png

Sat Jul 7 19:47:21 2018

Attachment 1: screenshot_2018-07-07_19h46m29s.png

Attachment 2: screenshot_2018-07-07_19h46m19s.png

Attachment 3: screenshot_2018-07-07_19h46m00s.png

Attachment 4: screenshot_2018-07-07_19h45m41s.png

Attachment 5: screenshot_2018-07-07_19h45m13s.png

Sun Jul 8 00:45:44 2018

The runsummary for this E738 experiment is available at the same place as previous e755 experiment.

https://docs.google.com/spreadsheets/d/1yErcQcrXPdJjEOfUd9D9KPWWkWQpw5kX4wFze6vwij4/edit#gid=805236919

Sun Jul 8 01:24:16 2018

start: 1h15
stop: 3h11

beam: 10C at about 90000 pps

Attachment 1: scaler_2018-07-08_01h25m36s.png

Attachment 2: visu_2018-07-08_01h26m12s.png

Attachment 3: scaler_2018-07-08_03h10m42s.png

Sun Jul 8 03:13:35 2018

start: 03h12
stop: 05h10

Beam about 1*10^5 pps

Attachment 1: scaler_2018-07-08_03h13m06s.png

Attachment 2: visu_2018-07-08_03h19m50s.png

Attachment 3: visu_2018-07-08_03h19m13s.png

Attachment 4: visu_2018-07-08_03h19m27s.png

Attachment 5: visu_2018-07-08_03h20m19s.png

Sun Jul 8 05:09:11 2018

start: 05h11
stop: 07h00

Attachment 1: scaler_2018-07-08_05h11m32s.png

Attachment 2: visu_2018-07-08_05h18m15s.png

Attachment 3: visu_2018-07-08_05h18m21s.png

Attachment 4: visu_2018-07-08_05h18m25s.png

Attachment 5: visu_2018-07-08_05h19m10s.png

Attachment 6: visu_2018-07-08_05h15m24s.png

Attachment 7: visu_2018-07-08_05h18m08s.png

Attachment 8: visu_2018-07-08_05h18m53s.png

Attachment 9: visu_2018-07-08_05h19m01s.png

Attachment 10: visu_2018-07-08_05h15m14s.png

Attachment 11: visu_2018-07-08_05h15m19s.png

Attachment 12: visu_2018-07-08_05h18m39s.png

Attachment 13: visu_2018-07-08_05h18m46s.png

Sun Jul 8 07:00:46 2018

start: 07h01
stop: 08h55

Attachment 1: scaler_2018-07-08_07h01m51s.png

Attachment 2: visu_2018-07-08_07h06m42s.png

Attachment 3: visu_2018-07-08_07h06m49s.png

Attachment 4: visu_2018-07-08_07h07m03s.png

Attachment 5: visu_2018-07-08_07h07m43s.png

Attachment 6: visu_2018-07-08_07h07m49s.png

Attachment 7: visu_2018-07-08_07h07m54s.png

Attachment 8: visu_2018-07-08_07h08m00s.png

Analysis for 10C(p,d)9C and 10C(p,t)8C

Sun Jul 8 07:19:45 2018

Used data : Run 0284 & 0285 (about 4 hours data)
CsI energy calibration parameters are from previous experiment, optimized for deuteron

10C(p,d)9C
gate:
1. target gate by CATS1&2
2. deuteron gate by MUST2 dE-E
3. fragment gate by CHIO and plastic for Z=6,5,4
Ground state of 9C (bound) and first excited state of 9C (2.2 MeV, decay to 8B + p) are seen.

10C(p,t)8C
1. target gate by CATS1&2
2. triton gate by MUST2 dE-E
Not clear as (p,d) but sign of ground state is seen.
Kinematics is shifted for each telescope, probably because energy calibration and the position of the telescopes can be shifted.
Coincidence of alpha and (or) multi-proton can be helpful.

Attachment 1: pd_fig1.pdf

Attachment 2: pd_fig2.pdf

Attachment 3: pt_fig1.pdf

Attachment 4: pt_fig2.pdf

Sun Jul 8 08:53:44 2018

Attachment 1: cell0807.png

Attachment 2: heatshield0807.png

Attachment 3: tempepature0807.png

Sun Jul 8 09:14:18 2018

takeshi, Didier, Val�rie

RUN 288
10C + liq H2
start 08h56 stop 10h56
Run 289 start 10h56 stop 12h52
Run 290 start 13h18 stop 13h36

Attachment 1: scaler_2018-07-08_08h59m10s.png

Attachment 2: visu_2018-07-08_09h10m02s.png

Attachment 3: visu_2018-07-08_09h12m01s.png

Attachment 4: visu_2018-07-08_09h12m07s.png

Attachment 5: visu_2018-07-08_09h12m13s.png

Attachment 6: visu_2018-07-08_09h12m20s.png

Attachment 7: visu_2018-07-08_09h13m26s.png

Attachment 8: visu_2018-07-08_09h13m29s.png

Attachment 9: visu_2018-07-08_09h13m34s.png

Attachment 10: visu_2018-07-08_09h13m42s.png

Attachment 11: visu_2018-07-08_09h13m48s.png

RUN Summary and MUST2, DAQ conditions

Sun Jul 8 14:23:43 2018

MUST2
Physical thresholds ~ 400 keV see DASmust2T4Thres400keV.png
Pedestals see snapshots DASmust2T1pedestalsThr.png ;
for Telescope with siLi T7 and T8 DASmust2T8SiLipedestalsThr.png
Run directory /data/e748X/e755/acquisition/run/
7th and 8th July
- GMT triggers
Conditions for HV below (see snapshots)

---------------------------------------------------------------------------------------
-r--r--r-- 1 e748 Exxx 77M 7 juil. 08:27 run_0270.dat.07-07-18_08h24m32s
-r--r--r-- 1 e748 Exxx 1,6M 7 juil. 08:41 run_0271.dat.07-07-18_08h36m25s
-r--r--r-- 1 e748 Exxx 500M 7 juil. 19:43 run_0272.dat.07-07-18_08h40m30s
-r--r--r-- 1 e748 Exxx 463M 7 juil. 20:34 run_0273.dat.07-07-18_20h28m28s
-r--r--r-- 1 e748 Exxx 28M 7 juil. 20:56 run_0274.dat.07-07-18_20h34m01s
-r--r--r-- 1 e748 Exxx 861M 7 juil. 21:08 run_0275.dat.07-07-18_20h55m55s
-r--r--r-- 1 e748 Exxx 31M 7 juil. 21:34 run_0276.dat.07-07-18_21h07m28s
-r--r--r-- 1 e748 Exxx 1,8G 7 juil. 21:57 run_0277.dat.07-07-18_21h33m11s
-r--r--r-- 1 e748 Exxx 1,5G 7 juil. 22:18 run_0278.dat.07-07-18_21h57m47s
-r--r--r-- 1 e748 Exxx 47M 7 juil. 22:23 run_0279.dat.07-07-18_22h18m03s
-r--r--r-- 1 e748 Exxx 1,7G 7 juil. 23:50 run_0280.dat.07-07-18_23h12m33s
-r--r--r-- 1 e748 Exxx 51M 8 juil. 00:11 run_0281.dat.07-07-18_23h56m51s
-r--r--r-- 1 e748 Exxx 102M 8 juil. 00:53 run_0282.dat.08-07-18_00h23m55s
-r--r--r-- 1 e748 Exxx 153M 8 juil. 01:07 run_0283.dat.08-07-18_00h52m54s
-r--r--r-- 1 e748 Exxx 2,9G 8 juil. 03:11 run_0284.dat.08-07-18_01h06m43s
-r--r--r-- 1 e748 Exxx 2,7G 8 juil. 05:10 run_0285.dat.08-07-18_03h10m48s
-r--r--r-- 1 e748 Exxx 2,9G 8 juil. 07:00 run_0286.dat.08-07-18_05h09m33s
-r--r--r-- 1 e748 Exxx 3,1G 8 juil. 08:55 run_0287.dat.08-07-18_06h59m42s
-r--r--r-- 1 e748 Exxx 3,2G 8 juil. 10:56 run_0288.dat.08-07-18_08h55m20s
-r--r--r-- 1 e748 Exxx 3,0G 8 juil. 12:52 run_0289.dat.08-07-18_10h56m21s
-r--r--r-- 1 e748 Exxx 409M 8 juil. 13:36 run_0290.dat.08-07-18_13h18m13s

run_0291.dat.08-07-18_13h47m40s

-------------------------------------------------------------------------------------

Attachment 1: HV_T1toT4Run291.png

Attachment 2: HV_T5toT8andCatsRun291.png

Attachment 3: TriggerGMTexp738.png

Attachment 4: RCCnarvalOnRun291.png

Attachment 5: DASmust2T4Thres400keV.png

Attachment 6: DASmust2T1pedestalsThr.png

Attachment 7: DASmust2T8SiLipedestalsThr.png

Attachment 8: run291_MM1toT8strxT.png

Attachment 9: run291_MM1toT4EstrXY.png

Attachment 10: run291MM5toMM8StryEcal.png

Attachment 11: run291MM1toMM6CsIEcal.png

Attachment 12: run291MM1toMM6CsIEraw.png

Sun Jul 8 14:57:40 2018

Beam 10C between 9.10**4 and 10**5/s
dead time between 7 and 12%
Run 291 start 13h47 stop 15h51
e748 Exxx 3,2G 8 juil. 15:51 run_0291.dat.08-07-18_13h47m40s

CATS 630 V (I~ 0.10 �A); CATS2 650V (0.08 �A)
MUST2 DSSD HV and currents
T1 80 V ; 4.2 �A || T2 80 V ; 0.9 �A || T3 70 V ~ 0.5 �A || T4 60 V ; ~ 0.4 �A
T5 80 V ; 5.3 �A || T6 80 V ; 0.6 �A || T7 80 V ~ 0.6 �A || T8 80 V ; ~ 3.4 �A

Attachment 1: run291_scalersAt15h.png

Attachment 2: run291_TriggerGMT.png

Attachment 3: run291_TcatsHF.png

Attachment 4: run291_TcatsPlast.png

Attachment 5: run291_BeamTracks.png

Attachment 6: run291_MMimpact.png

Attachment 7: run291CatsStrQraw.png

Attachment 8: run291CatsStrQcal.png

Attachment 9: run291QplastT.png

Attachment 10: run292DCnumexoEraw.png

Attachment 11: run291correlIDCnumexoXY.png

Attachment 12: run291CorrelICde1tcatsHF.png

Attachment 13: run291CorrelICqEplastDE.png

Attachment 14: run291correlIC0degPID.png

Sun Jul 8 16:03:06 2018

Beam 10C around 1. and 1.1 10**5/s
dead time between 6 and 12%
Run 292 start 15h51 stop 16h19 to change CATS HV.
e748 Exxx 733M 8 juil. 16:19 run_0292.dat.08-07-18_15h50m56s
during Run 292 and before CATS1 HV = 630V; CATS2 650V.

Attachment 1: run292ScalersAt16h02.png

Sun Jul 8 16:28:56 2018

From Run 293 CATS1 HV = 640V I ~ 0.16 �A ; CATS2 660V I ~ 0.10 �A
Run 293 start 16h22; stop at 17h30
e748 Exxx 1,9G 8 juil. 17:30 run_0293.dat.08-07-18_16h19m54s
Beam 10C around 1. and 1.1 10**5/s
dead time between 6 and 12%

Attachment 1: run293ScalersAt16h31.png

Sun Jul 8 17:36:47 2018

Run 294 start 17h31 stop 17h50 due to the trip of CATS1.
748 Exxx 403M 8 juil. 17:50 run_0294.dat.08-07-18_17h31m47s

HV for CATS increased by 10V for Run 294
CATS1 HV = 650V I ~ 0.2 �A ; CATS2 670V I ~ 0.14 �A
Beam 10C around 10**5/s
Dead time between 6 and 13%

Attachment 1: run294ScalersAt17h35.png

Daisuke, Takeshi, Val�rie

Sun Jul 8 17:59:12 2018

Run 295 start 17h52 stop at 19h52
Beam stop occurred during 19h39 and 19h42 (alarm at the machine)

e748 Exxx 3,0G 8 juil. 19:53 run_0295.dat.08-07-18_17h52m05s

HV for CATS 1 put back at 640V. I ~ 0.12 to 0.14 �A
CATS2 670V I ~ 0.12 �A
Beam 10C around 10**5/s
Dead time between 6 and 13%

Attachment 1: run295ScalersAt17h59.png

Attachment 2: run295Beamtracks.png

Attachment 3: run295_CATSQRaw.png

Attachment 4: visu_2018-07-08_19h09m08s.png

Attachment 5: visu_2018-07-08_19h09m13s.png

Attachment 6: visu_2018-07-08_19h09m15s.png

Attachment 7: visu_2018-07-08_19h09m18s.png

Attachment 8: visu_2018-07-08_19h09m20s.png

Attachment 9: visu_2018-07-08_19h09m23s.png

Attachment 10: visu_2018-07-08_19h09m25s.png

Attachment 11: visu_2018-07-08_19h09m27s.png

Attachment 12: visu_2018-07-08_19h09m30s.png

Attachment 13: visu_2018-07-08_19h09m32s.png

Attachment 14: visu_2018-07-08_19h09m35s.png

Attachment 15: visu_2018-07-08_19h09m37s.png

Attachment 16: visu_2018-07-08_19h09m40s.png

Attachment 17: visu_2018-07-08_19h09m42s.png

Attachment 18: visu_2018-07-08_19h09m45s.png

Attachment 19: visu_2018-07-08_19h09m48s.png

Attachment 20: visu_2018-07-08_19h09m51s.png

Attachment 21: visu_2018-07-08_19h09m54s.png

Attachment 22: visu_2018-07-08_19h09m57s.png

Attachment 23: visu_2018-07-08_19h10m00s.png

Attachment 24: visu_2018-07-08_19h10m03s.png

Attachment 25: visu_2018-07-08_19h10m06s.png

Attachment 26: visu_2018-07-08_19h10m09s.png

Daisuke, Takeshi, Val�rie

Sun Jul 8 20:00:42 2018

RUN 296 +(on-line) eff of CATS

Run 296 start 19h52 stop at 21h51

e748 Exxx 3,1G 8 juil. 21:51 run_0296.dat.08-07-18_19h52m46s

MISSING STRIP, Y12 of CATS1, during the run, see plots Run296_CATS_Qraw.png and Run296_CATS_Qcal.png.
CATS 1 640V I ~ 0.16 �A
CATS2 670V I ~ 0.14 �A
Beam 10C around 10**5/s
Dead time between 7 and 13%

Tests [V.lx) to be checked>>>] Online checkings of CATS efficiencies.
note that the Plast cannot be used directly for the control of CATS efficiencies in the online plots: Run296_plotPlastTcats.png
Plastics is counting nearly 65% more than CATS (cf Scalers +snapshot below zoomed on physical peaks). The Plastics also include secondary reactions and betas.

The correlation plots between the ionization chamber and the T_CATS_HF can be used, with suppression of the plot underflows. See plot examples.
In ICNumexo0_energy_Raw the integral is 8552. [Run296_ICenergyRawZoom.png]
The plot integrals are 7718 and 7841 for CATS1 and 2. [Run296_plotCorrelICCats.png]
The corresponding efficiencies are 90% and 92% for CATS1 and CATS2 (7718/8552 ~ 0.90 and 7841/8552 ~ 0.92)

Attachment 1: run296_scalers.png

Attachment 2: Run296_plotPlastTcats.png

Attachment 3: Run296_ICenergyRawZoom.png

Attachment 4: Run296_plotCorrelICCats.png

Attachment 5: Run296_scalersAt20h50.png

Attachment 6: Run296_CATS_Qraw.png

Attachment 7: Run296_CATS_Qcal.png

Attachment 8: Run296BeamTracks.png

Attachment 9: run296_EDE_Must2PID.png

Attachment 10: run296_EDE_Must2PIDzoom.png

Attachment 11: run296_EDE_Must2PIDzoomPdt.png

Phase space simulation: 10C(p,t)8C and 9C(p,d)8C

Sun Jul 8 21:05:50 2018

Attachment 1: pt_sim_phase_plot_8c_t.pdf

Attachment 2: pt_sim_phase_plot_8c_d.pdf

Daisuke, Takeshi, Val�rie

Sun Jul 8 21:50:58 2018

Run 297 start 21h51 (8th July) stop at 0h (9th July)
e748 Exxx 3,0G 9 juil. 00:00 run_0297.dat.08-07-18_21h50m55s
MISSING STRIP, Y12 of CATS1 since run 296. see run297_CATSQRaw.png
CATS 1 640V I ~ 0.14 �A
CATS2 670V I ~ 0.14 �A
Beam 10C around 9. 10**4 and 10**5/s
Dead time between 7 and 13%

Attachment 1: run297_ScalersAt21h52.png

Attachment 2: run297_TcatsHF.png

Attachment 3: run297_TcatsPlast.png

Attachment 4: run297_BeamTracks.png

Attachment 5: run297_MMImpact.png

Attachment 6: run297_MMStrxYEcal.png

Attachment 7: run297_MM5to8StrxYEcal.png

Attachment 8: run297_CATSQCal.png

Attachment 9: run297_CATSQRaw.png

Attachment 10: run297_TplastCats.png

Attachment 11: run298_DCnumexoeRaw.png

Attachment 12: run297_ICdeTcatsHF.png

Attachment 13: run297_ICNumExoERaw_TSdiff.png

Attachment 14: run297_IMM1to8StrxTraw.png

Attachment 15: run297_MM1to6CsiEdePID.png

Benoit, Megumi, Takeshi, Val�rie

Mon Jul 9 00:03:24 2018

Run 298 start 0h (9th July) stop at 02h02
e748 Exxx 2,9G 9 juil. 02:02 run_0298.dat.08-07-18_23h59m40s
Beam stop occurred from 01h06 to 01h09 (rotation speed failing of the LISE target)

MISSING STRIP, Y12 of CATS1 since run 296.
CATS 1 640V I ~ 0.14 �A
CATS2 670V I ~ 0.14 �A
Beam 10C around 8. 10**4 and 10**5/s
Dead time between 7 and 13%

Attachment 1: run298_ScalersAt0h10.png

Attachment 2: scaler_2018-07-09_02h01m34s.png

Attachment 3: visu_2018-07-09_02h01m41s.png

Attachment 4: visu_2018-07-09_02h01m44s.png

Attachment 5: visu_2018-07-09_02h01m52s.png

Mon Jul 9 00:25:30 2018

CATS tracking efficiency

We noticed that the tracking efficiency was only 70% while the timing efficiencies were around 95%.
By lowering the thresholds (see Attachment 5-8) 89% tracking efficiency was achieved.
Note: analyzed run 293 (CATS1 640V, CATS2 670V), first 10000 events, only CATS trigger was selected.

Attachment 1: run293_original_timing1.png

Attachment 2: run293_original_timing2.png

Attachment 3: run293_original_tracking.png

Attachment 4: run293_lower_tracking.png

Attachment 5: CATS1_X.my.npt

CATS_D1_X1_Q 0 0
CATS_D1_X1 0 1
CATS_D1_X2_Q 42.1473 1.01349
CATS_D1_X2 457.821 1
CATS_D1_X3_Q 76.0668 0.728609
CATS_D1_X3 337.204 1
CATS_D1_X4_Q 0 0
CATS_D1_X4 0 1
CATS_D1_X5_Q 1138.5 2.71168
CATS_D1_X5 320.254 1
CATS_D1_X6_Q -237.989 0.945988
CATS_D1_X6 369.471 1
CATS_D1_X7_Q 180.18 1
CATS_D1_X7 320.254 1
CATS_D1_X8_Q 9.7938 0.988632
CATS_D1_X8 336.668 1
CATS_D1_X9_Q -375.471 1.06837
CATS_D1_X9 385.867 1
CATS_D1_X10_Q -19.2463 0.969524
CATS_D1_X10 549.673 1
CATS_D1_X11_Q -19.5446 1.00206
CATS_D1_X11 434.223 1
CATS_D1_X12_Q 62.6149 0.94829
CATS_D1_X12 336.668 1
CATS_D1_X13_Q 118.083 1.09347
CATS_D1_X13 336.668 1
CATS_D1_X14_Q 76.6853 0.934469
CATS_D1_X14 402.261 1
CATS_D1_X15_Q 0 1
CATS_D1_X15 418.654 1
CATS_D1_X16_Q -472.305 1.92637
CATS_D1_X16 484.123 1
CATS_D1_X17_Q -3.01 0.957015
CATS_D1_X17 417.812 1
CATS_D1_X18_Q 101.235 0.965721
CATS_D1_X18 402.261 1
CATS_D1_X19_Q 23.2073 0.962055
CATS_D1_X19 418.654 1
CATS_D1_X20_Q 49.3638 0.993976
CATS_D1_X20 385.081 1
CATS_D1_X21_Q 101.523 0.951705
CATS_D1_X21 402.261 1
CATS_D1_X22_Q 92.4287 0.96659
CATS_D1_X22 385.867 1
CATS_D1_X23_Q -76.8884 0.915674
CATS_D1_X23 385.867 1
CATS_D1_X24_Q 101.262 0.935517
CATS_D1_X24 418.654 1
CATS_D1_X25_Q 0 0
CATS_D1_X25 0 1
CATS_D1_X26_Q 15.8496 0.929207
CATS_D1_X26 435.046 1
CATS_D1_X27_Q 0.459443 0.957093
CATS_D1_X27 401.458 1
CATS_D1_X28_Q -321.017 0.871327
CATS_D1_X28 385.867 1

Attachment 6: CATS1_Y.my.npt

CATS_D1_Y1_Q 0 0
CATS_D1_Y1 0 1
CATS_D1_Y2_Q 0 0
CATS_D1_Y2 0 1
CATS_D1_Y3_Q -331.867 0.91929
CATS_D1_Y3 991.919 1
CATS_D1_Y4_Q -69.4227 0.942833
CATS_D1_Y4 713.453 1
CATS_D1_Y5_Q 327.385 0.954911
CATS_D1_Y5 270.922 1
CATS_D1_Y6_Q 0 0
CATS_D1_Y6 0 1
CATS_D1_Y7_Q 376.53 0.913452
CATS_D1_Y7 237.609 1
CATS_D1_Y8_Q 415.218 0.995966
CATS_D1_Y8 189.291 1
CATS_D1_Y9_Q 399.323 0.946717
CATS_D1_Y9 189.291 1
CATS_D1_Y10_Q 365.302 0.950855
CATS_D1_Y10 221.667 1
CATS_D1_Y11_Q 354.824 0.971718
CATS_D1_Y11 238.086 1
CATS_D1_Y12_Q 375.554 0.936588
CATS_D1_Y12 221.233 1
CATS_D1_Y13_Q 309.237 0.97395
CATS_D1_Y13 270.94 1
CATS_D1_Y14_Q 383.715 0.976053
CATS_D1_Y14 238.086 1
CATS_D1_Y15_Q -1.21599 1.00043
CATS_D1_Y15 598.791 1
CATS_D1_Y16_Q 385.607 0.991448
CATS_D1_Y16 205.252 1
CATS_D1_Y17_Q 430.118 0.905955
CATS_D1_Y17 172.88 1
CATS_D1_Y18_Q 510.268 0.934856
CATS_D1_Y18 143.839 1
CATS_D1_Y19_Q 421.094 0.930865
CATS_D1_Y19 189.3 1
CATS_D1_Y20_Q 502.023 0.909738
CATS_D1_Y20 107.313 1
CATS_D1_Y21_Q 454.926 0.857006
CATS_D1_Y21 189.291 1
CATS_D1_Y22_Q 341.898 0.832662
CATS_D1_Y22 254.51 1
CATS_D1_Y23_Q 353.009 0.909738
CATS_D1_Y23 238.086 1
CATS_D1_Y24_Q 326.248 0.851847
CATS_D1_Y24 287.388 1
CATS_D1_Y25_Q 367.652 0.81737
CATS_D1_Y25 319.535 1
CATS_D1_Y26_Q 242.633 1.84229
CATS_D1_Y26 205.288 1
CATS_D1_Y27_Q 413.218 0.851931
CATS_D1_Y27 238.108 1
CATS_D1_Y28_Q 0 0
CATS_D1_Y28 0 1

Attachment 7: CATS2_X.my.npt

CATS_D2_X1_Q 0 0
CATS_D2_X1 0 1
CATS_D2_X2_Q -22.9772 0.879001
CATS_D2_X2 451.378 1
CATS_D2_X3_Q 9.30047 0.984227
CATS_D2_X3 451.437 1
CATS_D2_X4_Q 0 0
CATS_D2_X4 0 1
CATS_D2_X5_Q -203.609 1.00329
CATS_D2_X5 434.259 1
CATS_D2_X6_Q 122.567 0.955168
CATS_D2_X6 369.471 1
CATS_D2_X7_Q 249.458 0.954181
CATS_D2_X7 270.944 1
CATS_D2_X8_Q 90.0653 1.05304
CATS_D2_X8 287.388 1
CATS_D2_X9_Q -63.3611 1.00105
CATS_D2_X9 533.243 1
CATS_D2_X10_Q -61.5035 1.10615
CATS_D2_X10 434.25 1
CATS_D2_X11_Q -9.96402 1.02683
CATS_D2_X11 484.123 1
CATS_D2_X12_Q -29.2471 1.02351
CATS_D2_X12 500.522 1
CATS_D2_X13_Q -60.9667 1.06502
CATS_D2_X13 516.161 1
CATS_D2_X14_Q -47.5676 0.994062
CATS_D2_X14 467.827 1
CATS_D2_X15_Q -45.6071 1.06057
CATS_D2_X15 500.522 1
CATS_D2_X16_Q -9.09495e-13 1
CATS_D2_X16 483.413 1
CATS_D2_X17_Q 110.632 1.02246
CATS_D2_X17 353.072 1
CATS_D2_X18_Q 34.8149 1.00181
CATS_D2_X18 418.654 1
CATS_D2_X19_Q 57.6179 1.06734
CATS_D2_X19 418.654 1
CATS_D2_X20_Q -43.72 1.13577
CATS_D2_X20 369.471 1
CATS_D2_X21_Q -25.5337 0.989551
CATS_D2_X21 417.896 1
CATS_D2_X22_Q 76.2883 1.02874
CATS_D2_X22 384.93 1
CATS_D2_X23_Q 58.7748 1.03738
CATS_D2_X23 435.046 1
CATS_D2_X24_Q -12.1751 1.09496
CATS_D2_X24 402.261 1
CATS_D2_X25_Q -110.161 1.0135
CATS_D2_X25 369.471 1
CATS_D2_X26_Q -117.665 1.08785
CATS_D2_X26 369.471 1
CATS_D2_X27_Q -27.8082 1.10228
CATS_D2_X27 435.046 1
CATS_D2_X28_Q 0 0
CATS_D2_X28 0 1

Attachment 8: CATS2_Y.my.npt

CATS_D2_Y1_Q 0 0
CATS_D2_Y1 0 1
CATS_D2_Y2_Q 7.627 0.978708
CATS_D2_Y2 435.046 1
CATS_D2_Y3_Q -26.3625 1.07498
CATS_D2_Y3 418.688 1
CATS_D2_Y4_Q -552.379 2.30904
CATS_D2_Y4 418.654 1
CATS_D2_Y5_Q -457.292 2.24712
CATS_D2_Y5 402.261 1
CATS_D2_Y6_Q -20.9683 1.02667
CATS_D2_Y6 434.23 1
CATS_D2_Y7_Q 51.349 1.05501
CATS_D2_Y7 418.654 1
CATS_D2_Y8_Q 226.203 1.10599
CATS_D2_Y8 156.538 1
CATS_D2_Y9_Q -1003.91 2.00442
CATS_D2_Y9 713.453 1
CATS_D2_Y10_Q -14.7665 0.969137
CATS_D2_Y10 451.437 1
CATS_D2_Y11_Q 15.1162 0.974945
CATS_D2_Y11 418.654 1
CATS_D2_Y12_Q 24.3728 0.965444
CATS_D2_Y12 435.046 1
CATS_D2_Y13_Q -37.7852 1.02667
CATS_D2_Y13 435.046 1
CATS_D2_Y14_Q 22.7898 1.04379
CATS_D2_Y14 418.654 1
CATS_D2_Y15_Q -39.0795 1.0549
CATS_D2_Y15 450.671 1
CATS_D2_Y16_Q 9.55597 0.998173
CATS_D2_Y16 418.654 1
CATS_D2_Y17_Q 261.282 0.943698
CATS_D2_Y17 221.678 1
CATS_D2_Y18_Q -118.418 0.934708
CATS_D2_Y18 566.055 1
CATS_D2_Y19_Q 79.1658 0.940116
CATS_D2_Y19 418.654 1
CATS_D2_Y20_Q 101.444 0.936641
CATS_D2_Y20 369.471 1
CATS_D2_Y21_Q 87.8985 0.926286
CATS_D2_Y21 385.867 1
CATS_D2_Y22_Q 97.4652 0.888441
CATS_D2_Y22 385.867 1
CATS_D2_Y23_Q 114.851 0.869992
CATS_D2_Y23 353.072 1
CATS_D2_Y24_Q 60.5447 0.871308
CATS_D2_Y24 401.515 1
CATS_D2_Y25_Q 48.3628 0.897865
CATS_D2_Y25 384.93 1
CATS_D2_Y26_Q 60.5668 0.833771
CATS_D2_Y26 435.046 1
CATS_D2_Y27_Q 265.596 0.842151
CATS_D2_Y27 221.677 1
CATS_D2_Y28_Q 190.283 0.493535
CATS_D2_Y28 434.195 1

Mon Jul 9 02:16:19 2018

Run 299 start 02h01 (9th July) stop at 04h03
e748 Exxx 2,9G 9 juil. 04:03 run_0299.dat.09-07-18_02h01m29s

MISSING STRIP, Y12 of CATS1 since run 296.
CATS 1 640V I ~ 0.12 �A
CATS2 670V I ~ 0.12 �A
Beam 10C around 8. 10**4 and 10**5/s
Dead time between 7 and 13%

Attachment 1: scaler_2018-07-09_02h20m00s.png

Attachment 2: visu_2018-07-09_04h04m37s.png

Attachment 3: visu_2018-07-09_04h04m53s.png

Mon Jul 9 04:22:21 2018

Run 300 start 04h02 (9th July) stop at 06h04
e748 Exxx 2,8G 9 juil. 06:05 run_0300.dat.09-07-18_04h02m08s

MISSING STRIP, Y12 of CATS1 since run 296.
CATS 1 640V I ~ 0.12 �A
CATS2 670V I ~ 0.12 �A
Beam 10C around 8. 10**4 and 10**5/s
Dead time between 7 and 13%

Attachment 1: scaler_2018-07-09_04h17m03s.png

Attachment 2: visu_2018-07-09_05h55m54s.png

Attachment 3: visu_2018-07-09_05h56m57s.png

Attachment 4: visu_2018-07-09_06h00m30s.png

Mon Jul 9 06:21:54 2018

Run 301 start 06h04 (9th July) stop at 7h51

MISSING STRIP, Y12 of CATS1 since run 296.
CATS 1 640V I ~ 0.12 �A
CATS2 670V I ~ 0.12 �A
Beam 10C around 8. 10**4 and 10**5/s
Dead time between 7 and 13%

Attachment 1: scaler_2018-07-09_06h13m13s.png

Attachment 2: scaler_2018-07-09_07h51m37s.png

Mon Jul 9 07:55:05 2018

start: 07h53
stop: 08h19

We stop the run to warm up the target

Attachment 1: scaler_2018-07-09_07h57m43s.png

Attachment 2: visu_2018-07-09_07h59m57s.png

Attachment 3: visu_2018-07-09_08h00m04s.png

Attachment 4: visu_2018-07-09_08h04m11s.png

Mon Jul 9 08:00:11 2018

Here are the temperature log of the cyo H2 target during the 10C setting.

Attachment 1: heatshield0907.png

Attachment 2: cell0907.png

Mon Jul 9 08:55:13 2018

start: 08h27
stop: 08h50

Run for background with no beam

Mon Jul 9 08:56:50 2018

start: 08h54
stop: 10h00

Run with same trigger but empty target
TRIGGER: MMi, CATS1DIV, CATS2DIV, PLASTIC%

Attachment 1: scaler_2018-07-09_08h57m21s.png

Attachment 2: visu_2018-07-09_09h03m24s.png

Attachment 3: visu_2018-07-09_09h03m30s.png

Attachment 4: visu_2018-07-09_09h04m05s.png

Attachment 5: visu_2018-07-09_09h04m21s.png

Mon Jul 9 15:43:50 2018

start: 15h36
stop: 16h10

Trigger: OR MM, CATS1 DIV and PLASTIC%

large beam interuption between 15h40 and 16h06

Attachment 1: scaler_2018-07-09_15h38m55s.png

Attachment 2: scaler_2018-07-09_16h10m56s.png

Mon Jul 9 17:18:55 2018

Run 311
Beam/Detectors Tuning

start: 17h04 stop: 17h16
Beam: 9C
target: empty

Trigger: T1 to T8, CATS1%, PLASTIC%

I=1.5*10⁵pps in CATS1
Purity = 6.3%

HV of plastic has been changed to 2100V

Attachment 1: Run311ICnumexo.png

Attachment 2: Run311scalersAT17h.png

Attachment 3: Run311_TCATSHF.png

Attachment 4: Run311_TCATSHF.zoompng

Attachment 5: Run312ICtTcatsHFcorrel.png

Attachment 6: scaler_2018-07-09_17h17m45s.png

Attachment 7: visu_2018-07-09_17h15m38s.png

Attachment 8: visu_2018-07-09_17h30m30s.png

Attachment 9: visu_2018-07-09_17h30m41s.png

Attachment 10: visu_2018-07-09_17h30m50s.png

Attachment 11: visu_2018-07-09_17h31m02s.png

Attachment 12: visu_2018-07-09_17h35m34s.png

Attachment 13: visu_2018-07-09_17h35m38s.png

Mon Jul 9 18:03:48 2018

Run 312

First RUN of 9C on filled LH2 target

start: 17h36 stop: 18h56
Beam: 9C
target: filled

Trigger: T1 to T8, CATS1%3*10⁴, CATS2%3*10⁴, PLASTIC%1*10⁴

I=1.4*10pps in CATS1
Purity = 5.1%

HV of DC wire has been changed from 500V to 530V
Plastic threshold has been changed from 180mV to 70mV

Target has been succefully filled

Attachment 1: scaler_2018-07-09_17h59m44s.png

Attachment 2: visu_2018-07-09_17h56m50s.png

Attachment 3: visu_2018-07-09_17h57m49s.png

Attachment 4: visu_2018-07-09_17h57m52s.png

Attachment 5: visu_2018-07-09_17h57m55s.png

Attachment 6: visu_2018-07-09_17h57m57s.png

Attachment 7: visu_2018-07-09_17h57m59s.png

Attachment 8: visu_2018-07-09_17h58m02s.png

Attachment 9: visu_2018-07-09_17h58m05s.png

Attachment 10: visu_2018-07-09_17h58m12s.png

Attachment 11: visu_2018-07-09_17h58m15s.png

Attachment 12: visu_2018-07-09_17h58m17s.png

Attachment 13: visu_2018-07-09_17h58m19s.png

Attachment 14: visu_2018-07-09_17h58m22s.png

Attachment 15: visu_2018-07-09_17h58m24s.png

Attachment 16: visu_2018-07-09_17h58m33s.png

Attachment 17: visu_2018-07-09_17h58m37s.png

Attachment 18: visu_2018-07-09_17h58m40s.png

Attachment 19: visu_2018-07-09_17h58m57s.png

Attachment 20: visu_2018-07-09_17h59m01s.png

Attachment 21: visu_2018-07-09_17h59m05s.png

Attachment 22: visu_2018-07-09_17h59m07s.png

Attachment 23: visu_2018-07-09_17h59m34s.png

Attachment 24: visu_2018-07-09_17h59m42s.png

Attachment 25: scaler_STOP_2018-07-09_18h57m35s.png

Mon Jul 9 19:16:13 2018

From RUN 313 to RUN 316:

Tuning dor the Drift Chamber:

threshold changed
CFD discriminator has been tuned in GECO
Buffer size has been change to match with the new setting

DC now works as well as th online visualisation
Acquisition is stable

Attachment 1: Run317_discri_GECO.png

Mon Jul 9 19:24:06 2018

Run 317

start: 19h08 stop: 19h30
Beam: 9C
target: filled

Trigger: T1 to T8, CATS1%3*104, CATS2%3*10⁴;, PLASTIC%1*10⁴

I=1.8*10pps in CATS1
Purity = 5.1%

Attachment 1: scaler_2018-07-09_19h26m05s.png

Attachment 2: visu_2018-07-09_19h26m13s.png

Attachment 3: visu_2018-07-09_19h28m52s.png

Attachment 4: visu_2018-07-09_19h29m09s.png

Attachment 5: scaler_STOP_2018-07-09_19h32m05s.png

Daisuke, Freddy, Louis, Val�rie

Mon Jul 9 20:28:09 2018

From RUN 318 to RUN 320:
initial problem was that the stop process was not correctly taken into account on Narval. Geco acor was still running.
We killed Narval.
It was impossible to initialize or start run correctly.We did Several kna, kall.
Bugs on the run control server (ps -edf |grep narval or start_acq showed several on-going processes. We removed them). Then the CATS1 crate was not initialized correctly, it remained Offline.
see ProblemDAQcrateCATS1RCAt20h.png ProblemDAQcrateCATS1iolan.png
We rebooted (software mode on Iolan) CATS1 VXI crate, then init..;breakup...init then tried to start but stopped because because we noted merger problems.
See ProblemMergerCATSbranch.png
Then we needed to reinitialize a third time the Narval run control bto recover a correct Run control operation.

Fred S. came to check that we worked well... and that everything was working well.

Attachment 1: ProblemDAQcrateCATS1RCAt20h.png

Attachment 2: ProblemDAQcrateCATS1iolan.png

Attachment 3: ProblemMergerCATSbranch.png

Mon Jul 9 20:33:00 2018

Daisuke Louis Val�rie

Run 321 start 20:09
Total beam on CATS ~ 1.7 10**5 /s
Beam of 9C, 7Be, 8B and 6Li
All triggers

CATS1: 670V I ~0.22 �A; CATS2: 700V I ~ 0.18�A
We can see spots of tritons in the plots EDE of MUST2 see the plot Run321pidEDEcsIMM1to6zoomPDT.png.

Attachment 1: Run321_ScalerAt20h33.png

Attachment 2: Run321_HVMM1to4.png

Attachment 3: Run321_HVcatsSiLiMM5to8.png

Attachment 4: Run321_correctProc.png

Attachment 5: Run321_running.png

Attachment 6: Run321_BeamTracks.png

Attachment 7: Run321_CATSCal.png

Attachment 8: Run321_CATSRaw.png

Attachment 9: Run321_CsIRaw.png

Attachment 10: Run321_DCnumexoRaw.png

Attachment 11: Run321_DeTCATScaviar.png

Attachment 12: Run321_EDeICTOFCats.png

Attachment 13: Run321_ICenergyRawPlast.png

Attachment 14: Run321_MMimpact.png

Attachment 15: Run321_PlasticTCats.png

Attachment 16: Run321_TOFCatsHF.png

Attachment 17: Run321DCnumexoXY.png

Attachment 18: Run321pidEDEcsIMM1to6.png

Attachment 19: Run321pidEDEcsIMM1to6zoomPDT.png

Attachment 20: scaler_STOP_2018-07-09_21h59m57s.png

DIdier Daisuke Nori Louis Val�rie

Mon Jul 9 22:15:04 2018

RUN 322, strip CATS2 X 19 off

Run 322 start: 22h00 stop: 0h21
e748 Exxx 3,7G 10 juil. 00:21 run_0322.dat.09-07-18_21h58m34s
Beam: 9C
target: filled

Trigger: T1 to T8, CATS1% CATS2% PLASTIC%

I=1.6*10⁵pps in CATS1
I=1.8uA primary beam
Purity = 5.2% from T_CATS_HF

From this run, new missing strip in CATS2 X 19

NB: Buffer size for the numexo data was changed after run314. Since then the runs are not correctly converted (smaller size of the root files than before, nearly factor 10.
No (complete) offline run conversion since run 321.

Attachment 1: scaler_2018-07-09_22h30m45s.png

Attachment 2: visu_2018-07-09_22h34m53s.png

Attachment 3: visu_2018-07-09_22h35m00s.png

Attachment 4: visu_2018-07-09_23h09m27s.png

Attachment 5: visu_2018-07-09_23h09m51s.png

Attachment 6: Run322_scalersEoR.png

Attachment 7: MergerConfBufferRun321.png

Mon Jul 9 23:21:55 2018

Here are the temperature logs of the liquid H2 target up to now.
I would share the log during the regeneration.

Attachment 1: heatshield0907-2.png

Attachment 2: cell0907-2.png

Attachment 3: regenerate0907.png

Mon Jul 9 23:25:10 2018

run summary for 10C beam

With 10C beam, we have obtained
31.7 hours of liq. H2 target and
1.2 hours of empty target.

see online run summary for detail.
https://docs.google.com/spreadsheets/d/1yErcQcrXPdJjEOfUd9D9KPWWkWQpw5kX4wFze6vwij4/edit#gid=805236919

Mon Jul 9 23:29:18 2018

CATS tracking efficiency

Analyzed run 312 (9C physics run). CATS calibration files with lowered threshold values
(/home/e748/analysis/nptool/Projects/e755/Calibration/cats/CATS1_X.e738.npt, etc.) were used.
Using the total E information from the plastic, tracking efficiencies for each beam species were estimated.
Two different position reconstruction methods (ASECH and CENTROIDE) were also compared.

(ASECH)
9C  94% (see Attachment 2)
8B  86%
7Be 80%
6Li 68%

(CENTROIDE)
9C  98%
8B  91%
7Be 84%
6Li 75%

Attachment 1: run312_plasticq.png

Attachment 2: run312_effexample.png

RUN 323 + Brho line settings

Tue Jul 10 00:46:26 2018

Run 323 start: 0h20 stop: 2h45
e748 Exxx 3,5G 10 juil. 02:45 run_0323.dat.10-07-18_00h20m04s
Beam: 9C
All Triggers: T1 to T8, CATS1% CATS2% PLASTIC%
Divisions: CATS1, CATS2 3. 10**4 ; Plastic% 10**4

Dead time between 8 and 15%
CATS2 X19 strip not running since Run 322
Total beam I from 1.2 to 1.4*10**5 pps in CATS1, CATS2
I=1.8uA primary beam
Purity = 5.1% of 9C from T_CATS1_HF
Integral 4 peaks NP_T_CATS1_HF = 7341 [channels 10 to 8000];
peak of 8B [channels 10 to 2000]; integ=609 --> 8.3 %
peak 9C [ch. 2600 to 4200]:376 --> 5.1% ;
7Be[channels 4200 to 6300], integ= 4535 --> 61.7%
peak of 6Li [channels 6300 to 8000]: 1834 --> 24.9%
CATS1 670V 0.14 �A (sparkles at 0.5 �A)
CATS2 700V 0.12 �A
= = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = =
Primary beam 12C 75 MeV/u 1.5 �A ==> 1.4 10**5 pps on CATS

Brho1(RMN) = 1.7301 T.m ; I _D3P1 = 305.3 A
Brho2(RMN) = 1.6352 T.m ; I _D3P1 = 375.3 A
--> Energy (9C) = 55.3 MeV/u

Brho_DA1(RMN) = 1.6301 T.m ; I _DAP = 164 A
Brho_DA2(RMN) = 1.6555 T.m ; I _DAC2 = 3 A
Wien Filter 0/0 kV
SLITS.
FH31 = +/-20mm;
FH42 = +/-10 ; FV43 = +/-10.4 ; FH51 = +/-30 ;
FH61 = +/-30 ; FV61 = +/-25.5 ; FH62 = +/-15 mm; FV62 = +/-20
= = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = =

Attachment 1: Run323_scalersAt0h36.png

Attachment 2: Run323_TOFcatsHF.png

Attachment 3: Run323_ScalersEndRun.png

Analysis for 10C(p,d)9C and 10C(p,t)8C updated

Tue Jul 10 01:26:21 2018

Used data run run0284-0302 (almost all for 10C beam)
CsI calibration parameters are the same as E755 exp (deuteron optimized),

10C(p,d)9C
Gate:
1. beam position on the target by CATS1&2
2. deuteron gate by dE-E MUST2 T1-T4
Offset of the position of MUST2 T1-T4 was determined by 10C beam direct hit component. Target Z position (beam direction) is shifted 12 mm to match kinematics of 9C g.s.
Ground state of 9C and first excited state of 9C (2.2 MeV) are clear. Higher excited state around 6 MeV.
Statistics for T2 is smaller because 2 CsI crystals are not working (known before E755 exp,).

10C(p,t)8C
Gate:
1. beam position on the target by CATS1&2
2. triton gate by dE-E MUST2 T1-T4
Same position offset of (p,d) is used.
Ground state of 8C is clear, but energy of each CsI crystal seems to be shifted.

Attachment 1: c10pd0.png

Attachment 2: c10pd1.png

Attachment 3: c10pd2.png

Attachment 4: c10pt0.png

Attachment 5: c10pt1.png

Attachment 6: c10pt2.png

Tue Jul 10 02:47:10 2018

Run 324 start: 2h45 stop 5h10
e748 Exxx 3,8G 10 juil. 05:10 run_0324.dat.10-07-18_02h44m52s
Beam: 9C
All Triggers: T1 to T8, CATS1% CATS2% PLASTIC%
Divisions: CATS1, CATS2 3. 10**4 ; Plastic% 10**4

CATS2 X19 strip not running since Run 322
Total beam I 1.4*10**5 pps in CATS1, CATS2
I=1.8uA primary beam
Purity = 4.7% of 9C from T_CATS1_HF
Integral 4 peaks
peak of 8B [channels 10 to 2000]; 7Be[channels 4200 to 6300];
peak of 6Li [channels 6300 to 8000]:
total NP_T_CATS1_HF = 44060 [channels 10 to 8000];

peak 9C [ch. 2600 to 4200]:2060--> 4.7% ;

CATS1 670V 0.20�A for beam at 1.4 10**5 pps
CATS2 700V 0.16 �A

Dead time between 8 and 15%

Attachment 1: Run324_ScalersAt2h47.png

Attachment 2: Run324_TOF.png

Attachment 3: Run324_Trig.png

Attachment 4: Run324_Scalers.png

Attachment 5: Run324_MMimpacts.png

Attachment 6: Run324_PlastQTcats.png

Attachment 7: Run324_BeamTracks.png

Attachment 8: Run324_CatsStrQcal.png

Attachment 9: Run324_CatsStrQraw.png

Attachment 10: Run324_DCnumexo.png

Attachment 11: Run324_IC0degNumexoRaw.png

Attachment 12: Run324_IC_tCATSHF.png

Attachment 13: Run324_IDCNumexoRaw.png

Attachment 14: Run324_MM1to6CsIcal.png

Attachment 15: Run324_MM1to6CsIRaw.png

Attachment 16: Run324_MM1toMM4StrxEcal.png

Attachment 17: Run324_MM5toMM8StrxEcal.png

Attachment 18: Run324_MM1toMM6PIDedeCsI.png

Attachment 19: Run324_MM1toMM6PIDedeCsIzoom.png

Attachment 20: Run324_MM1toMM8EstrXTraw.png

Attachment 21: Run324_MM1toMM4StrXEYERaw.png

Attachment 22: Run324_MM5toMM8StrXEYERaw.png

Attachment 23: Run324_DEToFCatsCaviar.png

Attachment 24: Run324_scalersEndRun.png

Tue Jul 10 05:12:31 2018

Run 325 start: 5h10 stop 6h53 due to CATS1 -->tripping
e748 Exxx 2,5G 10 juil. 06:53 run_0325.dat.10-07-18_05h09m53s
Beam: 9C
All Triggers: T1 to T8, CATS1% CATS2% PLASTIC%
Divisions: CATS1, CATS2 3. 10**4 ; Plastic% 10**4
CATS2 X19 strip not running since Run 322
Total beam I 1.3 to 1.4 10**5 pps in CATS1, CATS2
I ~ 1.8uA primary beam
Purity = 4.7 to 5% of 9C from T_CATS1_HF
I
CATS1 670V 0.20�A for beam at 1.4 10**5 pps
CATS2 700V 0.16 �A

Dead time between 8 and 15%

Attachment 1: Run325_scalersAt5h12.png

Attachment 2: Run325_EDECsIMMpidZoomZ3Z4.png

Attachment 3: Run325_scalersEndRunCats1TRIP.png

Analysis for 9C beam setting

Tue Jul 10 05:23:19 2018

Used data: run0312 (about 80 minutes data taking).
Analysis for (p,d) channel and invariant mass

CATS1_HF TOF information for beam PID
Wait for more statistics for (p,t) channel

Attachment 1: be7li6pd.png

Attachment 2: c9b8pd.png

Attachment 3: missing_invariant_mass.png

triton contamination in the 9C beam setting

Tue Jul 10 05:25:42 2018

In MUST2 dE-E plot, strong locus for triton E ~ 40 MeV exists.
Kinematics for triton bellow 45 MeV matches the kinematics of triton 40MeV beam proton elastic scattering.
If coincidence of proton required, still exists for some region (proton forward scattering with enough energy to pass through DSSD).
Kinematics for proton matches the kinematics of recoil proton by 40MeV triton beam.
Sum of the proton and triton energy has a peak around 40 MeV.
Locus still exists with TOF gate by CATS1-HF.

Triton energy for (p,t) reaction will be higher than ~ 50 MeV, so can't be a background.
The total number of triton bellow 45 MeV and above DSSD range in run0312 (80 minutes) is ~ 20000 (~ 4 cps for all the telescope).

Attachment 1: triton_contaminant0.png

Attachment 2: triton_contaminant1.png

Attachment 3: triton_contaminant2.png

Tue Jul 10 07:16:16 2018

Run 326 start: 6h59

Beam: 9C
All Triggers: T1 to T8, CATS1% CATS2% PLASTIC%
Divisions: CATS1, CATS2 3. 10**4 ; Plastic% 10**4
Dead time between 8 and 15%
CATS2 X19 strip not running since Run 322
Total beam I 1.3 to 1.5 10**5 pps in CATS1, CATS2.
CATS2 700V 0.14 �A.
I ~ 1.8uA to 2.0 �A primary beam
We asked PCP to reduce to 1.7 �A in order to avoid CATS1 tripping.
But CATS1 is continuously tripping even when we decrease the HV from 670 V to 660V then to 650V.
2 minutes ok see scalers at 7h18.
At 7h20 we try CATS1 HV 640V. Tripping.
At 8h02 we try again to put ON HV on CATS1. 640V ok, with I ~ 0.04 �A (low value) for beam around 10**5 on CATS2.
It is running... (see un326_BeamTracksAt8h09.png )
With low efficiency, but at least we can check the beam trajectories. See Run326_BeamTracksAt8h09.png
Trip at 8h13.

Attachment 1: Run326_scalersAt7h03.png

Attachment 2: Run326_scalersAt7h18.png

Attachment 3: Run326_HVforCATStripCats1.png

Attachment 4: Run326_CATSQraw.png

Attachment 5: Run326_EdeIC_TOFCats2.png

Attachment 6: Run326_ICDE1Tcats2caviar.png

Attachment 7: Run326_Tcats2.png

Attachment 8: Run326_scalersAt8h03.png

Attachment 9: Run326_BeamTracksAt8h09.png

marl�ne, olivier, J-C, daisuke

Tue Jul 10 12:51:37 2018

9C + liquid H. Data taking after replacing CATS1.
12h03 started
13h54 stop

Attachment 1: scaler_2018-07-10_12h53m04s.png

Attachment 2: visu_2018-07-10_12h46m31s.png

Attachment 3: visu_2018-07-10_12h46m34s.png

Attachment 4: visu_2018-07-10_12h46m37s.png

Attachment 5: visu_2018-07-10_12h46m39s.png

Attachment 6: visu_2018-07-10_12h46m45s.png

Attachment 7: visu_2018-07-10_12h46m51s.png

Attachment 8: visu_2018-07-10_12h46m58s.png

Attachment 9: visu_2018-07-10_12h47m02s.png

Attachment 10: visu_2018-07-10_12h47m08s.png

Attachment 11: visu_2018-07-10_12h47m14s.png

Attachment 12: visu_2018-07-10_12h47m19s.png

Attachment 13: visu_2018-07-10_12h47m25s.png

Attachment 14: visu_2018-07-10_12h47m30s.png

Attachment 15: visu_2018-07-10_12h47m36s.png

Attachment 16: visu_2018-07-10_12h47m41s.png

Attachment 17: visu_2018-07-10_12h47m49s.png

Attachment 18: visu_2018-07-10_12h47m54s.png

Attachment 19: visu_2018-07-10_12h48m00s.png

Attachment 20: visu_2018-07-10_12h48m06s.png

Attachment 21: visu_2018-07-10_12h48m19s.png

Attachment 22: visu_2018-07-10_12h48m32s.png

Attachment 23: visu_2018-07-10_12h48m38s.png

Attachment 24: visu_2018-07-10_12h48m50s.png

Attachment 25: visu_2018-07-10_12h48m57s.png

Attachment 26: visu_2018-07-10_12h49m04s.png

Attachment 27: screenshot_2018-07-10_12h54m56s.png

Attachment 28: scaler_2018-07-10_13h56m42s.png

Tue Jul 10 13:59:09 2018

jacques, daisuke, freddy

9C + liquid H
13h56 start. 12C 1.7 electric micro A.
16h51 stop

Attachment 1: scaler_2018-07-10_13h59m46s.png

Attachment 2: screenshot_2018-07-10_14h01m20s.png

Attachment 3: run_331_TargetRec.png

Attachment 4: run_331_CATS.png

Attachment 5: run_331_M2_dEE.png

Attachment 6: run_331_PL.png

Tue Jul 10 14:22:22 2018

Reconstructed beam images from run0330.

Attachment 1: run330_imagemust.png

Attachment 2: run330_imagepla.png

Attachment 3: run330_imagecats.png

Tue Jul 10 15:17:21 2018

CATS tracking efficiency

Tracking efficiencies deduced from run 330 (after replacing CATS1).

9C  89% (see Attachment 1)
8B  88%
7Be 80%
6Li 65%

Attachment 1: run330_catstracking.png

Tue Jul 10 16:28:53 2018

The peak near 16 MeV was observed in a measurement in the 1960s. The resonance is close to the 3He-d threshold. The narrow width indicates a binary cluster of 3He and d formed in 5Li.

May be interesting to see if the same phenomenon is observed for 6Be.

Attachment 1: be7li6pd.png

Attachment 2: 2018-07-10_5li_via_pd_spectrum.png

Attachment 3: 2018-07-10_5li_via_pd_level_scheme.png

Attachment 4: 5li_via_pd_msu_kull_pr_163_1066_1967.pdf

jacques, daisuke, freddy, louis

Tue Jul 10 17:02:02 2018

12C primary: 1.7 uA
start: 16h52
stop: 17h52

Beam stop due to CSS2 power supply failure

Attachment 1: run_332_ScalerStartRun.png

Attachment 2: run_332_ScalerEndRun.png

Attachment 3: run_332_TargetImpact.png

mirror reaction of 7Be(p,d)6Be

Tue Jul 10 18:23:01 2018

Attachment 1: 2018-07-10_6he_via_nd_spectrum.png

Attachment 2: 6he_via_nd_ucdavis_pr_16_31_1977.pdf

Tue Jul 10 21:26:48 2018

9C + liquid H. Probably nobody cares this post right now, but the beam is back.

21h00 the beam back to LISE.
21h03 start. Tune the wien filter 3.0 to 0.0 kV to optimize the transmission from CATS to PLASTIC (with visual scaler). TOF spectrum is the same as before.
21h32 1.7 electric micro A.
22h20 Wien filter 0 to 1.0 kV. Scaler Plastic/CATS2 ratio is the highest (93%) with this setting.
23h11 stop

Attachment 1: scaler_2018-07-10_21h21m21s.png

Attachment 2: visu_2018-07-10_21h23m07s.png

Attachment 3: visu_2018-07-10_21h23m10s.png

Attachment 4: visu_2018-07-10_21h23m12s.png

Attachment 5: visu_2018-07-10_21h23m18s.png

Attachment 6: visu_2018-07-10_21h23m21s.png

Attachment 7: visu_2018-07-10_21h23m23s.png

Attachment 8: visu_2018-07-10_21h23m28s.png

Attachment 9: visu_2018-07-10_21h23m38s.png

Attachment 10: visu_2018-07-10_21h23m50s.png

Attachment 11: visu_2018-07-10_21h23m53s.png

Attachment 12: visu_2018-07-10_21h23m56s.png

Attachment 13: visu_2018-07-10_21h23m59s.png

Attachment 14: visu_2018-07-10_21h24m08s.png

Attachment 15: visu_2018-07-10_21h24m11s.png

Attachment 16: screenshot_2018-07-10_22h26m19s.png

Attachment 17: scaler_2018-07-10_23h13m13s.png

Tue Jul 10 23:14:31 2018

9C + Liquid H run.
23h11 start. 1.7 electric micro A. Wien filter 1 kV.
01h06 stop.

Attachment 1: scaler_2018-07-10_23h16m13s.png

Wed Jul 11 02:52:54 2018

run336 start 1:07 / stop 2:48
fluctuations of beam intensity

Attachment 1: run_336_scalers.png

Attachment 2: run_336_CATS_pos.png

Attachment 3: run_336_impact.png

Attachment 4: run_336_pastic.png

Attachment 5: run_336_HT_BT.png

Attachment 6: run_336_HT_BT_2.png

Wed Jul 11 02:55:44 2018

RUN 337 start 2:49 /stop 4:09

Beam intensity CATS 200k pps

Attachment 1: run_337_HT_BT_cats.png

Attachment 2: run_337_cats_pos.png

Attachment 3: run_337_scaler.png

Wed Jul 11 03:57:50 2018

Conversion of runs 335 gives the following error (attached)
Size of raw file =3.5 Go
Size of root file = 1.5Go

Attachment 1: conversion_problem.png

Wed Jul 11 04:16:04 2018

Caviar is now operating at 700 V. TOF-CaviarX position correlations are clearly seen (Attachment 1).
Position efficiencies for each beam species were estimated by applying plastic Q gates on wire multiplicity
distributions (Attachment 2).

9C  98%
8B  96%
7Be 91%
6Li 84%

Attachment 1: run335_cavxcats1hf.png

Attachment 2: run335_cavmult.png

Wed Jul 11 05:11:19 2018

RUN 338
9C beam 200 k pps
start 4:09 /stop 5:10

Attachment 1: run_338_scaler.png

Wed Jul 11 06:11:50 2018

RUN 339
9C 210 k pps
start 5:11 / stop 6:08 (beam stopped)

Attachment 1: run_339_scaler.png

Attachment 2: run_339_HT_BT_cats.png

Attachment 3: run_339_HT_BT_cats_2png

Attachment 4: run_339_cats_pos.png

Attachment 5: run_339_cats.png

Attachment 6: run_339_mm_raw_T5-8.png

Attachment 7: run_339_mm_raw_T1-4.png

Attachment 8: run_339_plastic.png

Attachment 9: run_339_tof.png

Wed Jul 11 06:17:19 2018

RUn 340
start 6:10 / stop 7:43

CATS2 has tripped

Wed Jul 11 06:29:00 2018

CATS2 current fluctuates a lot and has increased up to 0.26uA in run 340
In run 340 I observe that a second wire is missing, which is new (see attached file for run 339 and run 440)

Attachment 1: run_340_cats.png

Attachment 2: run_339_cats.png

Marl�ne, Franck, Jacques, Daisuke

Wed Jul 11 07:49:12 2018

RUn 341
start 7:44 /stop 9h29

CATS2 high voltage 650V (lowered because it tripped) - I= 0.08uA
CATS2 efficiency ~ 50%

Attachment 1: run_341_scaler.png

Attachment 2: run_341_cats.png

Attachment 3: run_341-ht_bt_cats.png

Wed Jul 11 08:18:00 2018

The tracking efficiency is diminishing probably due to damaged CATS2.

Attachment 1: run341_catstracking.png

Wed Jul 11 08:32:42 2018

Attachment 1: heatshield1107.png

Attachment 2: cell1107.png

Wed Jul 11 09:32:37 2018

Franck, Jacques, Daisuke

Wed 11 July 2018

Start @ 9:19
Stop @ 9:29

CATS1 : 200 kcps
CATS2 : 100 kcps

RUN STOPPED TO REPLACE CATS2

Attachment 1: scaler_2018-07-11_09h24m14s.png

Attachment 2: visu_2018-07-11_09h24m41s.png

Attachment 3: visu_2018-07-11_09h24m54s.png

Attachment 4: visu_2018-07-11_09h25m04s.png

Attachment 5: visu_2018-07-11_09h25m15s.png

Attachment 6: visu_2018-07-11_09h25m37s.png

Attachment 7: ht_bt_run342_1.png

Attachment 8: ht_bt_run342_2.png

Attachment 9: ht_bt_run342_3.png

Attachment 10: ht_bt_run342_4.png

Lauching parrallel analysis of multiple run

Wed Jul 11 12:02:14 2018

We made a parralel conversion script in the conversion folder.
You can run up to 5 run in parallel using the command (for run 331-334 in this example):

./ConvertPhysics.sh 331 332 333 334

when the conversion finnished you will have this display:
- Number of transactions: 3

- Number of transactions: 3

- Number of transactions: 3

- Number of transactions: 3

Please do ctrl-C to get out of the script and start again.

Franck, Jacques + CATS Team

Wed Jul 11 12:04:29 2018

Run 343 - CATS2 pulser calibration

Start 11:53
Stop 11:59

CATS2 pulser calibration

Attenuations: 1, 2, 4, 5
+ pedestal

Attachment 1: visu_2018-07-11_12h07m59s.png

Daisuke,CATS team: S�b, Thom ; Franck, Pierre, Val�rie

Wed Jul 11 13:24:34 2018

Wed 11 July 2018
run 344 start 12h43 ; stop 13h03
e748 Exxx 900M 11 juil. 13:03 /data/e748X/e755/acquisition/run/run_0344.dat.11-07-18_12h43m33s
run 345 start 13h02 ; stop 14h49
e748 Exxx 3,2G 11 juil. 14:49 /data/e748X/e755/acquisition/run/run_0345.dat.11-07-18_13h02m22s
- - - - - - - - - - - - - - - - - -- - - - - - - - -- - - - - - - - -- - - - - - - - -
change of HV on CATS during Run 345: from 650V to 670V
Current on CATS2 is fluctuating (from 0.12 �A up to 0.6 �A) at oscilloscope, signals remain correct.
At 670V it is better for CATS2 efficiency
See plots : run345_EnergyChioRawTsdiff.png and run345_correlDeIChiotofCatsHF.png
Integral for IC is 8075; integral of the physical events in IC DE versus TOF CATS1 is 7548; for CATS2: integral 7044.
We have a rough estimate of CATS efficiencies: 7548/8075= 93%, for CATS2 87%.
The counting rates on CATS have closer values (at 650V, CATS2 is at 130 k pps; at 670V rate is 170k pps)
CATS1: 190k pps
CATS2: 170k pps
Plastic: 175k pps

Attachment 1: run345_scalersAt13h18.png

Attachment 2: run345_HVcats.png

Attachment 3: run345_correlDeIChiotofCatsHF.png

Attachment 4: run345_EnergyChioRawTsdiff.png

Attachment 5: run345_BeamTracks.png

Attachment 6: run345_CatsStrQcal.png

Attachment 7: run345_CatsStrQRaw.png

Attachment 8: run345_DCNumexoXY.png

Attachment 9: run345_MMimpacts.png

Attachment 10: run345_ICNumexo0deg.png

Attachment 11: run345_TcatsCaviar.png

Attachment 12: run345_TCatsPlast.png

Daisuke, Franck, Shumpei, Val�rie

Wed Jul 11 14:51:13 2018

Wed 11 July 2018
run 346 start 14h50; stop 15h14
748 Exxx 777M 11 juil. 15:14 /data/e748X/e755/acquisition/run/run_0346.dat.11-07-18_14h48m47s
- - - - - - - - - - - - - - - - - -- - - - - - - - -- - - - - - - - -- - - - - - - - -
CATS1 670V I~0.14�A
CATS2 670V ; Current on CATS2 is fluctuating (from 0.12 �A up to 0.6 and 0.98 �A).

CATS1: 200k pps
CATS2: 180k pps
Plastic: 190k pps

Attachment 1: run346_ScalersAt14h57.png

Wed Jul 11 15:41:33 2018

Franck, Jacques, Daisuke

Run 347 Start 15:28 stop 17h17
e748 Exxx 3,6G 11 juil. 17:17 /data/e748X/e755/acquisition/run/run_0347.dat.11-07-18_15h28m32s
CATS thresholds lowered from 40 to 24 mV

CATS2 HT lowered from 670 to 650 V

Currents: CATS1 0.16 �A , CATS2 0.12 -> 1 �A
Current spikes on CATS2 less frequent than at 670 V

Rates:
CATS1: 215 kcps
CATS2: 186 kcps
CAVIAR: 250 kcps
Plastic: 190 kcps

Attachment 1: run347_HT_CATS.png

Attachment 2: scaler_2018-07-11_15h36m47s.png

Attachment 3: visu_2018-07-11_15h37m23s.png

Attachment 4: visu_2018-07-11_15h37m37s.png

Wed Jul 11 16:51:50 2018

The tracking efficiency recovered after replacing CATS2.

9C  91%
8B  87%
7Be 77%
6Li 62%

Attachment 1: run347_catseff.png

Louis, Daisuke, Nori, Val�rie

Wed Jul 11 17:25:11 2018

Run 348 Start 17h17

Beam: 9C at 2.3*10⁵pps in CATS1, 2uA of intensity of the primary beam

CATS1 670V 0.16 �A ,
CATS2 650V 0.12 -> 0.6 �A

Rates:
CATS1: 230 kpps
CATS2: 200 kcps
CAVIAR: 260 kcps
Plastic: 200 kcps

Attachment 1: run348_scalersAt17h26.png

Attachment 2: visu_2018-07-11_17h39m20s.png

Attachment 3: visu_2018-07-11_17h39m25s.png

Attachment 4: scaler_STOP_2018-07-11_18h09m53s.png

Wed Jul 11 18:31:23 2018

Jacques, Didier, Louis

Run 349

Start 18h22 Stop 18h47

========================================

Beam: 9C
2.3*10**5pps in CATS1
1.9*10**5pps in CATS2
3.1*10**5pps in CAVIAR
2uA of intensity of the primary beam

CATS1 670V 0.14 �A
CATS2 650V 0.10 �A

========================================

Pressure in CAVIAR has been changed from 20mbar to 10mbar because we lost the position correlation with respect to the TOF

Attachment 1: scaler_2018-07-11_18h28m56s.png

Attachment 2: visu_2018-07-11_18h29m45s.png

Attachment 3: visu_2018-07-11_18h29m52s.png

Attachment 4: visu_2018-07-11_18h29m59s.png

Attachment 5: visu_2018-07-11_18h30m01s.png

Attachment 6: scaler_STOP_2018-07-11_18h48m41s.png

Wed Jul 11 19:08:40 2018

Run 350

Start 19h00 Stop 19h11

========================================

Beam: 9C
2.1*10**5pps in CATS1
1.8*10**5pps in CATS2
1.5*10**5pps in CAVIAR
2uA of intensity of the primary beam

CATS1 670V 0.16 �A
CATS2 650V 0.10 �A => 2 over-current/min

========================================

Attachment 1: scaler_2018-07-11_19h12m25s.png

Attachment 2: visu_2018-07-11_19h10m55s.png

Attachment 3: visu_2018-07-11_19h11m00s.png

Attachment 4: visu_2018-07-11_19h11m06s.png

Attachment 5: visu_2018-07-11_19h11m24s.png

Attachment 6: visu_2018-07-11_19h11m48s.png

Attachment 7: visu_2018-07-11_19h12m04s.png

Attachment 8: visu_2018-07-11_19h12m12s.png

Attachment 9: visu_2018-07-11_19h12m22s.png

Attachment 10: visu_2018-07-11_19h12m50s.png

Wed Jul 11 19:17:20 2018

Run 351

Start 19h14 Stop 19h53

========================================

Beam: 9C
2.1*10**5pps in CATS1
1.8*10**5pps in CATS2
3.1*10**5pps in CAVIAR (10mbar 720V)
1.9uA of intensity of the primary beam

CATS1 670V 0.16 �A
CATS2 650V 0.12 �A => 2 over-current/min

========================================

Good efficiency of CAVIAR at 720V and 10mbar

Attachment 1: scaler_2018-07-11_19h20m33s.png

Attachment 2: visu_2018-07-11_19h21m57s.png

Attachment 3: visu_2018-07-11_19h22m00s.png

Attachment 4: visu_2018-07-11_19h22m58s.png

Attachment 5: scaler_STOP_2018-07-11_19h57m00s.png

Wed Jul 11 20:00:01 2018

Didier, Val�rie, Louis

Run 352

Start 19h57 Stop 21h51

========================================

Beam: 9C

1.9*10**5pps in CATS1
1.7*10**5pps in CATS2
2.7*10**5pps in CAVIAR (10mbar 720V)
1.6uA of intensity of the primary beam

CATS1 670V 0.14 �A
CATS2 650V 0.10 �A

========================================

Oil troubles in the Ion source. Vacuum alarm stopped the beam. They call the astreinte

Can see gain decreasing of strip 9 in CATS1 Y

Attachment 1: scaler_2018-07-11_20h02m50s.png

Attachment 2: visu_2018-07-11_20h02m37s.png

Attachment 3: visu_2018-07-11_20h02m41s.png

Attachment 4: visu_2018-07-11_20h02m48s.png

Attachment 5: visu_2018-07-11_20h03m03s.png

Attachment 6: visu_2018-07-11_21h02m10s.png

Attachment 7: visu_2018-07-11_21h24m18s.png

Daisuke, Didier, Val�rie, Louis

Wed Jul 11 21:55:23 2018

Run 353

Start 21h50 Stop

========================================

Beam: 9C

1.9*10**5pps in CATS1
1.7*10**5pps in CATS2
2.8*10**5pps in CAVIAR (10mbar 720V)
1.8uA of intensity of the primary beam

CATS1 670V 0.14 �A
CATS2 650V 0.10 �A

========================================

HV and current stable
beam stable

Attachment 1: scaler_2018-07-11_21h56m51s.png

Attachment 2: visu_2018-07-11_21h56m54s.png

Attachment 3: visu_2018-07-11_21h56m57s.png

Attachment 4: visu_2018-07-11_21h57m12s.png

Attachment 5: visu_2018-07-11_21h57m17s.png

Attachment 6: scaler_STOP_2018-07-11_23h34m21s.png

Didier, Louis, Freddy, Shumpei

Wed Jul 11 23:36:27 2018

Run 354

Start 23h33 Stop 1h37

Run stopped due to water leak alarm somewhere under investigation (call from PCP)

========================================

Beam: 9C

Large fluctuation of the beam intensity from 190kpps to few kpps

1.9*10**5pps in CATS1
1.7*10**5pps in CATS2
2.8*10**5pps in CAVIAR (10mbar 720V)
1.8uA of intensity of the primary beam

CATS1 670V 0.12 �A
CATS2 650V 0.08 �A

========================================

HV and current stable

Attachment 1: scaler_2018-07-11_23h42m26s.png

Attachment 2: visu_2018-07-11_23h40m27s.png

Attachment 3: visu_2018-07-11_23h42m12s.png

Attachment 4: visu_2018-07-11_23h42m15s.png

Attachment 5: visu_2018-07-11_23h43m02s.png

Thu Jul 12 02:12:20 2018

RUN 355

start: 2h04
stop: 4h22

12C primary (1.8 uA)
CATS1: 220 kHz
CATS2: 190 kHz
PL: 198 kHz

Attachment 1: screenshot_2018-07-12_02h15m54s.png

Attachment 2: screenshot_2018-07-12_02h10m36s.png

Attachment 3: screenshot_2018-07-12_02h14m12s.png

Attachment 4: screenshot_2018-07-12_02h14m17s.png

Attachment 5: screenshot_2018-07-12_02h14m31s.png

Attachment 6: screenshot_2018-07-12_02h16m21s.png

Attachment 7: screenshot_2018-07-12_02h16m40s.png

Analysis with only one of the CATSs

Thu Jul 12 04:40:32 2018

Analyzed data : run 0331
Used reaction : 7Be(p,d)6Be (ground state and 2+ state 1.6 MeV are mainly populated).

Method;
X and Y position on each CATS is compared with position on the target deduced by both CATSs. Assuming the beam profile is not changing, the correlation of these positions can by fit by linear function.
The position on the target can reconstructed with only one of the CATSs, with worse resolution. Beam angular spread seems rather small than angular deduced by only 1 CATS.
In terms of the excitation energy resolution,
sigma of the Subtraction of (both CATS Ex)-(only CATS1 Ex) ~ 0.53 MeV
sigma of the Subtraction of (both CATS Ex)-(only CATS2 Ex) ~ 0.32 MeV
Original estimated Ex resolution is ~ 1 MeV, so not so bad.
In terms of the background from the frame of the target cell, roughly can be removed by target position. Near the center part gate should be more secure.

Attachment 1: cats1.png

Attachment 2: cats2.png

Attachment 3: cats3.png

Attachment 4: cats4.png

Thu Jul 12 05:03:49 2018

RUN 356

start: 4h24
stop: 6h39

12C primary : 1.8 uA
CATS1: 200 kHz
CATS2: 175 kHz
PL : 180 kHz

Attachment 1: screenshot_2018-07-12_04h25m55s.png

Attachment 2: screenshot_2018-07-12_04h26m16s.png

Attachment 3: screenshot_2018-07-12_04h26m33s.png

Attachment 4: screenshot_2018-07-12_04h26m40s.png

Attachment 5: screenshot_2018-07-12_04h27m07s.png

Attachment 6: screenshot_2018-07-12_04h27m57s.png

Attachment 7: screenshot_2018-07-12_05h08m49s.png

Shumpei, Freddy, Megumi, Val�rie

Thu Jul 12 07:05:53 2018

RUN 357

start: 6h39
stop: 8h13
e748 Exxx 3,2G 12 juil. 08:13 /data/e748X/e755/acquisition/run/run_0357.dat.12-07-18_06h38m56s
12C primary : 2.0 uA
CATS1: 220 kHz
CATS2: 186 kHz
PL : 192 kHz

Attachment 1: screenshot_2018-07-12_06h43m20s.png

Attachment 2: screenshot_2018-07-12_06h43m40s.png

Attachment 3: screenshot_2018-07-12_06h43m51s.png

Attachment 4: screenshot_2018-07-12_06h44m15s.png

Attachment 5: screenshot_2018-07-12_06h44m30s.png

Attachment 6: screenshot_2018-07-12_06h45m06s.png

Attachment 7: screenshot_2018-07-12_06h46m11s.png

Analysis of 9C beam setting

Thu Jul 12 07:43:25 2018

Used data : run0312-0355

For (p,t) reaction, the value of the mass for N=1 isotone is taken from proposal, so it can be shifted.
3He coincidence gate is applied to remove the beam triton background.

Attachment 1: c9b8pd2.png

Attachment 2: be7li6pt.png

Attachment 3: c9b8pt.png

Thu Jul 12 08:16:21 2018

RUN 358
start: 8h14 stop: 9h48

e748 Exxx 3,3G 12 juil. 09:49 /data/e748X/e755/acquisition/run/run_0358.dat.12-07-18_08h12m26s

12C primary : 1.95 uA
CATS1: 224 kHz ; CATS2: 194 kHz
PL : 199 kHz

CATS1 670 V I ~ 0.16 �A ; CATS2 650V I ~ 0.12V
Efficiencies estimated from the integrals in the plots IC_dE1_TCATS1HF
cf run358_ICdeTcatsHFtot.png run358_ICdeTcatsHFeff.png
CATS 1: (2.8 10**4)/(3.1 10**4) =0.90 -->90% ; CATS2 (2.7 10**4)/(3.06 10**4)==> 88%

Attachment 1: run358_scalersAt8h13.png

Attachment 2: run358_BeamTracks.png

Attachment 3: run358_CATSqraw.png

Attachment 4: run358_CATSqCal.png

Attachment 5: run358_ICdeTcatsHFtot.png

Attachment 6: run358_ICdeTcatsHFeff.png

Attachment 7: run358_TofCatsHF.png

Attachment 8: run358_TCATSplast.png

Attachment 9: run358_npScalers.png

Attachment 10: run358_MMimpacts.png

Attachment 11: run358_MM5toMM8strxYE.png

Attachment 12: run358_MM1toMM6EcsIEraw.png

Attachment 13: run358_MM1toMM6EcsIEcal.png

Attachment 14: run358_MM1toMM6DECsiE.png

Attachment 15: run358_MM1toMM4strxYE.png

Attachment 16: run358_ICOdegDet.png

Attachment 17: run358_EDeTofCatsCaviar.png

Attachment 18: run358_DCnumexoXYphys.png

Attachment 19: run358_DCnumexoEraw.png

Attachment 20: run358_MM1toMM6EdeCsiEzoomPDT.png

Thu Jul 12 09:52:07 2018

RUN 359

start: 9h48 stop: 11h25
748 Exxx 3,2G 12 juil. 11:25 /data/e748X/e755/acquisition/run/run_0359.dat.12-07-18_09h48m08s
12C primary : 1.98 uA
CATS1: 230 kHz ; CATS2: 198 kHz
PL : 205 kHz

CATS1 670 V I ~ 0.16 �A ; CATS2 650V I ~ 0.12V

Attachment 1: run359_scalersAt9h48png

Attachment 2: run359_CatsQraw.png

Attachment 3: run359_BeamTracks.png

Attachment 4: run359_MM1toMM6EdeCsiEzoomPDT.png

Attachment 5: run359_MM1toMM6EdeCsiE.png

Attachment 6: Run359_projCATS2strY8.png

Thu Jul 12 11:28:46 2018

RUN 360
e748 Exxx 3,4G 12 juil. 13:08 /data/e748X/e755/acquisition/run/run_0360.dat.12-07-18_11h24m44s
start: 11h25 stop: 13h08
12C primary : 1.95 uA
CATS1: 230 kHz ; CATS2: 198 kHz
PL : 205 kHz

CATS1 670 V I ~ 0.16 �A ; CATS2 650V I ~ 0.12V
Stable conditions for beam and CATS during the run.
Series of plots for the raw spectra of CATS1 strips.

Attachment 1: Run360_scalersAt11h26.png

Attachment 2: Run360_projCATS1strY14.png

Attachment 3: Run360_projCATS1strY9.png

Attachment 4: Run360_projCATS1strY8.png

Attachment 5: Run360_projCATS1strY7.png

Attachment 6: Run360_projCATS1strX13.png

Attachment 7: Run360_de_TOFcatsCaviar.png

Attachment 8: Run360_de_ICraw0degPlast.png

Attachment 9: Run360_TCATSHF.png

Attachment 10: Run360_ScalersEndrun.png

Thu Jul 12 13:09:14 2018

RUN 361
e748 Exxx 3,5G 12 juil. 15:01 /data/e748X/e755/acquisition/run/run_0361.dat.12-07-18_13h07m40s
start: 13h08 stop: 14h59
12C primary : 1.8 uA
CATS1: 200 kHz ; CATS2: 175 kHz
Plast : 178 kHz

CATS1 670 V, I ~ 0.14 �A ; CATS2 650V, I ~ 0.10V sometimes up Ovc to 0.38 �A but rather stable.

Attachment 1: Run361_ScalersAt13h10.png

Attachment 2: Run361_trigger.png

Attachment 3: Run361_MMimpacts.png

Attachment 4: Run361_MMedeCsIPid.png

Attachment 5: Run361_Beamtracks.png

Attachment 6: Run361_scalersEndRun.png

Thu Jul 12 13:49:38 2018

Attachment 1: heatshield1207.png

Attachment 2: cell1207.png

Daisuke, Louis, Marl�ne, Megumi, Val�rie

Thu Jul 12 15:07:43 2018

RUN 362-TRIGGER TESTS

RUN 362 WITH CHANGE OF TRIGGERS FOR TESTS see below
e748 Exxx 1,7G 12 juil. 16:09 /data/e748X/e755/acquisition/run/run_0362.dat.12-07-18_15h08m50s
start: 15h08 stop: 16h08
12C primary : between 1.7 and 1.9 uA
CATS1: 200 kHz ; CATS2: 175 kHz
Plast : 178 kHz FAG ~ 650/s

CATS1 670 V I ~ 0.14 �A ; CATS2 650V I ~ 0.10V sometimes up Ovc to 0.38 �A but rather stable.

The triggers can be seen on Run362_TriggerMMallCats.png
There are: IN10- CATS1div and IN11 -CATS2div, IN16 Plastic %
IN12 and IN14.

NB: the entry IN12 noted "CATS" in the snapshot was MM2all div, with div =10
In Gatconfmaster the value is 2**(12-1) = 2048.
The "IN14" trigger input is:
MM2all*CATS (hardware coincidence between MUST2 and CATS) in IN14
GMT trigger in GATCONFmaster : 2**(14-1) = 2**13 = 8192.

Attachment 1: Run362_TriggerMMallCats.png

Attachment 2: Run362_scalersAt15h11.png

Attachment 3: Run362_scalersendRun.png

Attachment 4: Run362_TOFcatsHF.png

Attachment 5: Run362_NumexoDECXY.png

Attachment 6: Run362_MMimpacts.png

Attachment 7: Run362_MMedeCsI.png

Attachment 8: Run362_EdeTOFcaviarQplast.png

Attachment 9: Run362_EdeTOFcatsHF.png

Attachment 10: Run362_CatsStrQraw.png

Attachment 11: Run362_BeamTracks.png

MUST2*CATS coincidence trigger

Thu Jul 12 15:27:56 2018

Message from Adrien.

Attachment 1: 2018-07-09_message_adrien.pdf

Attachment 2: Screenshot_2018-07-09_()_-_document.png

Thu Jul 12 16:22:43 2018

RUN 363

start: 16h09 stop: 18h10
12C primary I : between 1.7 and 1.8 uA
CATS1: 194 kHz ; CATS2: 170 kHz
Plast : 170 kHz
FAG ~ 650/s

CATS1 670 V I ~ 0.12 �A ; CATS2 650V I ~ 0.10V sometimes up Ovc to 0.38 �A but rather stable.

Attachment 1: Run363_scalersAt16h19.png

Attachment 2: visu_2018-07-12_16h42m27s.png

Attachment 3: visu_2018-07-12_16h42m31s.png

Attachment 4: visu_2018-07-12_16h42m36s.png

Attachment 5: visu_2018-07-12_16h53m56s.png

Attachment 6: visu_2018-07-12_16h54m06s.png

Attachment 7: visu_2018-07-12_16h54m13s.png

Attachment 8: scaler_2018-07-12_17h32m17s.png

Attachment 9: screenshot_2018-07-12_17h32m25s.png

Attachment 10: scaler_STOP_2018-07-12_18h11m25s.png

Thu Jul 12 18:12:33 2018

RUN 364

start: 18h11 stop: 20h45

12C primary I : 1.8 uA
CATS1: 215 kHz ; CATS2: 171 kHz
Plast : 190 kHz
FAG ~ 730/s

CATS1 670 V I ~ 0.14 �A ; CATS2 650V I ~ 0.10V

Attachment 1: scaler_2018-07-12_18h14m17s.png

Attachment 2: visu_2018-07-12_18h33m37s.png

Attachment 3: visu_2018-07-12_18h33m48s.png

Attachment 4: visu_2018-07-12_18h34m00s.png

Attachment 5: visu_2018-07-12_18h34m40s.png

Attachment 6: visu_2018-07-12_18h35m46s.png

Attachment 7: visu_2018-07-12_18h36m22s.png

Attachment 8: visu_2018-07-12_18h38m33s.png

Attachment 9: visu_2018-07-12_20h43m43s.png

Attachment 10: visu_2018-07-12_20h43m32s.png

Attachment 11: scaler_2018-07-12_20h43m31s.png

Attachment 12: scaler_STOP_2018-07-12_20h45m36s.png

Thu Jul 12 18:47:32 2018

Summary of Brho2 values

Beam	Brho2 RMN (Tm)	Brho2 L++ (Tm)
9C	1.6352	1.6343
10C	1.8345	1.8335
40Ca (high)	2.2448	2.2432
37Ca	1.9242	1.9228
38Ca	1.9860	1.9846
40Ca (low)	2.1672 (?)	2.1656 (?)

Thu Jul 12 20:47:32 2018

RUN 365

start: 20h46 stop: 22h43

12C primary I : 1.8 uA
CATS1: 200 kHz ; CATS2: 185 kHz
Plast : 177 kHz
FAG ~ 755/s

CATS1 670 V I ~ 0.14 �A ; CATS2 650V I ~ 0.10V

Attachment 1: scaler_2018-07-12_20h49m56s.png

Attachment 2: visu_2018-07-12_21h13m38s.png

Attachment 3: visu_2018-07-12_21h13m45s.png

Attachment 4: visu_2018-07-12_21h14m15s.png

Attachment 5: visu_2018-07-12_21h14m30s.png

Attachment 6: visu_2018-07-12_21h15m44s.png

Attachment 7: visu_2018-07-12_21h16m05s.png

Attachment 8: visu_2018-07-12_21h17m18s.png

Attachment 9: visu_2018-07-12_21h18m39s.png

Attachment 10: scaler_2018-07-12_22h43m32s.png

Thu Jul 12 22:45:50 2018

RUN 366

start: 22h44 stop: 00h42

12C primary I : 1.8 uA
CATS1: 200 kHz ; CATS2: 185 kHz
Plast : 177 kHz
FAG ~ 755/s

CATS1 670 V I ~ 0.14 �A ; CATS2 650V I ~ 0.10V

Attachment 1: scaler_2018-07-12_23h02m30s.png

Attachment 2: screenshot_2018-07-12_23h08m36s.png

Attachment 3: visu_2018-07-12_23h02m37s.png

Attachment 4: visu_2018-07-12_23h07m33s.png

Attachment 5: visu_2018-07-12_23h07m37s.png

Attachment 6: visu_2018-07-12_23h07m40s.png

Attachment 7: visu_2018-07-12_23h07m43s.png

Attachment 8: visu_2018-07-12_23h07m52s.png

Attachment 9: visu_2018-07-12_23h07m56s.png

Attachment 10: visu_2018-07-12_23h08m00s.png

Attachment 11: visu_2018-07-12_23h08m06s.png

Attachment 12: visu_2018-07-12_23h08m13s.png

Attachment 13: visu_2018-07-12_23h08m18s.png

Attachment 14: visu_2018-07-12_23h08m22s.png

Attachment 15: visu_2018-07-12_23h08m30s.png

Fri Jul 13 00:45:45 2018

start: 00h44

Fri Jul 13 00:47:23 2018

RUN 367

start: 00h44
stop: 02h44

CATS1: 670 V & 0.10 uA
CATS2: 650 V & 0.08 uA

Attachment 1: scaler_2018-07-13_00h46m09s.png

Attachment 2: visu_2018-07-13_00h51m01s.png

Attachment 3: visu_2018-07-13_00h50m40s.png

Fri Jul 13 02:45:44 2018

RUN 368

start: 02h44
stop: 04h46

CATS1: 670V & 0.14 uA
CATS2: 650V & 0.10 uA

Attachment 1: scaler_2018-07-13_02h46m47s.png

Attachment 2: visu_2018-07-13_02h55m51s.png

Attachment 3: visu_2018-07-13_02h55m57s.png

Attachment 4: visu_2018-07-13_02h58m46s.png

Attachment 5: visu_2018-07-13_02h58m54s.png

Attachment 6: visu_2018-07-13_02h58m59s.png

Attachment 7: visu_2018-07-13_02h59m03s.png

temperature of the target

Fri Jul 13 04:09:10 2018

We found the target temperature suddenly increased at around 3:40 13th.
The online beam image is still indicating the target is filled up to now.

Attachment 1: cell1307.png

Fri Jul 13 04:48:19 2018

RUN 369

start: 04h47
stop:06h41

CATS1: 670V & 0.10 uA
CATS2: 650V & 0.08 uA

The run is stopped due to some issues from the cyclotron (some tripping).
Could take up to 2 hours to have the beam back.

Attachment 1: scaler_2018-07-13_04h49m37s.png

Attachment 2: visu_2018-07-13_05h04m56s.png

Attachment 3: visu_2018-07-13_05h04m52s.png

Attachment 4: visu_2018-07-13_05h04m48s.png

Attachment 5: visu_2018-07-13_05h04m39s.png

Attachment 6: visu_2018-07-13_05h04m35s.png

Attachment 7: visu_2018-07-13_05h04m32s.png

Fri Jul 13 06:02:31 2018

target is half filled

We found the liquid hydrogen target is filled only half during the run 368, around 4:10.
We will continue the measurement for now.

Attachment 1: target1307.pdf

Attachment 2: cell1307_2.png

Fri Jul 13 09:03:11 2018

Here is the run summary of the setting 9C beam + liquid H2 target.
Up to now, we have obtained 78 hours data, including missing strips in CATS , MUST2*BEAM trigger test, and half-filled target.
We will go to 9C + empty setting from 9:10.

See spreadsheet for the detail.
https://docs.google.com/spreadsheets/d/1yErcQcrXPdJjEOfUd9D9KPWWkWQpw5kX4wFze6vwij4/edit#gid=805236919

Olivier, Serge, Jacques, J-C, thomas, shumpei, daisuke

Fri Jul 13 09:35:26 2018

Empty target + 9C.
9h29 The beam is back. start 9h28 stop 11h21
e748 Exxx 2,1G 13 juil. 11:21 /data/e748X/e755/acquisition/run/run_0370.dat.13-07-18_09h28m21s

Attachment 1: visu_2018-07-13_09h36m18s.png

Attachment 2: scaler_2018-07-13_09h36m16s.png

Daisuke, Jacques, Megumi, Olivier, Otsu, Takeshi, Val�rie

Fri Jul 13 13:41:48 2018

Empty target + 9C.
Run 371 start 11h20 stop 13h20
e748 Exxx 2,1G 13 juil. 13:20 /data/e748X/e755/acquisition/run/run_0371.dat.13-07-18_11h20m03s
Run 371 start 13h20 stop

I primary beam ~ 1.8 �A large fluctuations down to 0.6 �A
CATS1 ~ 180kpps CATS2 ~ 164 kpps Plastic ~ 154 kpps
CATS1 HV 670V I~0.12 �A ; CATS2 HV 650V 0.10 �A

Attachment 1: Run372_EDEMMCsIPID.png

Attachment 2: Run372_BeamTracks.png

Attachment 3: Run372_scalersAt13h42.png

Attachment 4: Run373_DECorrelTof.png

Attachment 5: Run372_EChITOFCatsCaviar.png

Attachment 6: Run372_TofCats.png

Attachment 7: Run372_MMimpacts.png

Attachment 8: scaler_2018-07-13_15h25m04s.png

Attachment 9: visu_2018-07-13_15h27m13s.png

Attachment 10: visu_2018-07-13_15h27m15s.png

Attachment 11: visu_2018-07-13_15h27m17s.png

Attachment 12: visu_2018-07-13_15h27m20s.png

Attachment 13: visu_2018-07-13_15h27m22s.png

Attachment 14: visu_2018-07-13_15h27m25s.png

Attachment 15: visu_2018-07-13_15h27m27s.png

Attachment 16: visu_2018-07-13_15h27m30s.png

Attachment 17: visu_2018-07-13_15h27m32s.png

Attachment 18: visu_2018-07-13_15h27m34s.png

Attachment 19: visu_2018-07-13_15h28m02s.png

Attachment 20: visu_2018-07-13_15h28m06s.png

Attachment 21: visu_2018-07-13_15h28m09s.png

Attachment 22: visu_2018-07-13_15h28m15s.png

Attachment 23: visu_2018-07-13_15h28m19s.png

Attachment 24: visu_2018-07-13_15h28m24s.png

Attachment 25: visu_2018-07-13_15h28m28s.png

Attachment 26: visu_2018-07-13_15h28m34s.png

Attachment 27: visu_2018-07-13_15h28m37s.png

Attachment 28: visu_2018-07-13_15h28m40s.png

Attachment 29: visu_2018-07-13_15h28m42s.png

Attachment 30: visu_2018-07-13_15h28m45s.png

Attachment 31: visu_2018-07-13_15h28m48s.png

Attachment 32: visu_2018-07-13_15h28m51s.png

Multiparticles from (p,t) up to 5 Light Charged Particles in Must !

Fri Jul 13 16:41:49 2018

Attachment 1: 6Li_p_3He_t_p.png

Attachment 2: 6Li_p_p_3He_t.png

Attachment 3: 6Li_p_t_3He_p.png

Attachment 4: 7Be_p_3He_t_p.png

Attachment 5: 7Be_p_p_3He_t.png

Attachment 6: 7Be_p_t_3He_p.png

Attachment 7: 7Be_p_t_3He_p_p.png

Attachment 8: 7Be_p_t_t_p.png

Attachment 9: 8B_p_3He_t_p.png

Attachment 10: 8B_p_p_t_p.png

Attachment 11: 8B_p_t_3He_p.png

Attachment 12: 8B_p_t_3He_p_p_p.png

Attachment 13: 8B_p_t_p_p.png

Attachment 14: 9C_p_3He_t_p.png

Attachment 15: 9C_p_t_3He_p.png

J-C, cristelle, nori, olivier, daisuke

Fri Jul 13 18:07:04 2018

12C 5+ beam. CATS2 trigger.
17h29 start
17h41 stop

Attachment 1: scaler_2018-07-13_17h43m06s.png

Attachment 2: visu_2018-07-13_17h43m05s.png

J-C, cristelle, nori, olivier, daisuke

Fri Jul 13 18:08:31 2018

12C5+ beam. Trigger T1-8 + CATS1%30000 + CATS2%30000 + Plastic%10000.
Target empty (under cooling).
beam intensity 350 enA
Fente 31 +/-5 mm
Fente 43 +/-10 mm (both H and V)
Beam energy 55.02 MeV/u

Attachment 1: scaler_2018-07-13_18h04m47s.png

Attachment 2: visu_2018-07-13_17h49m13s.png

Attachment 3: visu_2018-07-13_17h49m17s.png

Attachment 4: visu_2018-07-13_18h04m26s.png

Attachment 5: visu_2018-07-13_18h11m59s.png

Attachment 6: visu_2018-07-13_18h12m22s.png

J-C, nori, shumpei, takeshi, hide, didier, serge, daisuke

Fri Jul 13 21:15:53 2018

RUN 375: 12C pilot run

12C beam + empty target after measurement of 9C momentum distribution.
trigger t1-8 + cats 1 2 %30000 + plastic %10000
start 20h47 / stop 21h08
During this run, wien filter was tuned to center the beam vertically. Final setting is 2.5 kV for negative and 2.5 kV for positive.
The run started with a primary beam intensity of 350 enA. We found that CAVIAR is counting too much and leakage current of CATS1 (0.18 micro A) and 2 (0.14 micro A) are higher than in the 9C measurement. We reduced the beam intensity to 220 enA. The leakage current of CATS1 and 2 are 0.10 and 0.08 micro A, respectively. The plastic rate is about 80 kpps.

Attachment 1: scaler_2018-07-13_20h55m37s.png

Attachment 2: scaler_2018-07-13_21h00m38s.png

Attachment 3: scaler_2018-07-13_21h00m46s.png

Attachment 4: visu_2018-07-13_20h55m36s.png

Attachment 5: visu_2018-07-13_20h59m33s.png

Attachment 6: visu_2018-07-13_21h04m56s.png

Attachment 7: visu_2018-07-13_21h06m49s.png

Attachment 8: run_375_scaler_caviar.png

didier, nori, takeshi, shumpei, hide, daisuke

Fri Jul 13 22:00:59 2018

RUN 376: 12C first run

12C + liquid H.
start 21h44
stop 22h43

Attachment 1: scaler_2018-07-13_21h59m16s.png

Attachment 2: screenshot_2018-07-13_21h54m55s.png

Attachment 3: visu_2018-07-13_21h54m41s.png

Attachment 4: visu_2018-07-13_21h58m06s.png

Attachment 5: visu_2018-07-13_21h58m08s.png

Attachment 6: visu_2018-07-13_21h58m10s.png

Attachment 7: visu_2018-07-13_21h58m13s.png

Attachment 8: visu_2018-07-13_21h58m15s.png

Attachment 9: visu_2018-07-13_21h58m17s.png

Attachment 10: visu_2018-07-13_21h58m23s.png

Attachment 11: visu_2018-07-13_21h58m28s.png

Attachment 12: visu_2018-07-13_21h58m32s.png

Attachment 13: visu_2018-07-13_21h58m36s.png

Attachment 14: visu_2018-07-13_21h58m41s.png

Attachment 15: visu_2018-07-13_21h58m23s.png

Attachment 16: visu_2018-07-13_21h58m28s.png

Attachment 17: visu_2018-07-13_21h58m32s.png

Attachment 18: visu_2018-07-13_21h58m36s.png

Attachment 19: visu_2018-07-13_21h58m41s.png

Attachment 20: visu_2018-07-13_21h58m45s.png

Attachment 21: visu_2018-07-13_21h58m49s.png

Attachment 22: visu_2018-07-13_21h58m54s.png

Fri Jul 13 23:10:55 2018

count rate in Cats : 100 kHz
Start time: 22:44
Stop: 00:42

Attachment 1: scaler_2018-07-13_23h04m43s.png

Attachment 2: screenshot_2018-07-13_23h01m23s.png

Attachment 3: visu_2018-07-13_22h55m13s.png

Attachment 4: visu_2018-07-13_22h55m29s.png

Attachment 5: visu_2018-07-13_22h55m47s.png

Attachment 6: visu_2018-07-13_22h55m58s.png

Attachment 7: visu_2018-07-13_22h56m06s.png

Attachment 8: visu_2018-07-13_22h56m57s.png

Attachment 9: visu_2018-07-13_22h57m16s.png

Attachment 10: visu_2018-07-13_22h57m21s.png

Attachment 11: visu_2018-07-13_23h06m26s.png

Attachment 12: visu_2018-07-13_23h06m32s.png

Attachment 13: visu_2018-07-13_23h06m53s.png

Fri Jul 13 23:22:26 2018

Used data run0376 (about 1 hour)

Only target position and recoil pid (deuteron or triton) is gated.
(top left) kinematics for 12C(p,d)11C
(top right) excitation energy of 11C
(bottom left) kinematics for 12C(p,t)10C
(bottom right) excitation energy of 10C

~ 500 counts/ 1 hour 12C(p,t)10C (g.s. + 2+) for T1-T6 total

Attachment 1: 12c.pdf

empty target analysis for 9C beam setting

Sat Jul 14 00:32:55 2018

H2 filled: run0312-0355
empty: run0370-0372

Scale factor for empty run is 10.0

Gate for target position and recoil pid (deuteron or triton)
Gate for theta_cm < 60 deg.

For (p,t) reaction, proton elastic scattering of beam triton contamination cannot be subtracted.
See entry 864
https://elog.lpc-caen.in2p3.fr/MUST2/864

Attachment 1: pd.pdf

Attachment 2: pd_60deg.pdf

Attachment 3: pt.pdf

Attachment 4: pt_60deg.pdf

Sat Jul 14 01:24:51 2018

count rate in Cats : 100 kHz
Start time: 00:42

Attachment 1: scaler_2018-07-14_00h46m48s.png

Attachment 2: visu_2018-07-14_00h48m31s.png

Attachment 3: visu_2018-07-14_00h52m28s.png

Sat Jul 14 02:46:34 2018

count rate in Cats : 100 kHz
Start time: 02:41

Attachment 1: scaler_2018-07-14_02h44m19s.png

Attachment 2: visu_2018-07-14_02h45m36s.png

Sat Jul 14 05:00:37 2018

count rate in Cats : 100 kHz
Start time: 04:38

Attachment 1: scaler_2018-07-14_04h41m20s.png

Attachment 2: visu_2018-07-14_04h49m58s.png

Sat Jul 14 06:49:03 2018

count rate in Cats : 100 kHz
Start time: 06:39

Attachment 1: scaler_2018-07-14_06h43m26s.png

Attachment 2: screenshot_2018-07-14_06h42m28s.png

Attachment 3: visu_2018-07-14_06h44m35s.png

Attachment 4: visu_2018-07-14_06h48m04s.png

Attachment 5: visu_2018-07-14_06h50m58s.png

target temperature during night

Sat Jul 14 09:57:36 2018

I would share the temperature log of the target as it was liquefied 21:00 13th.

Attachment 1: liquiefy1307.png

marl�ne, jacques, daisuke

Sat Jul 14 10:14:00 2018

12C + liquid H. Before the run, the beam stopped for 2 hours due to the gate valve of E9 shut out the beam. This is because the manually operate turbo pump was turned off by itself due to unknown reason. S�bastien came to close the valve of this turbo pump and evacuate E9 using another turbo pump only. The vacuum of E9 is about 4e-5 mbar as of 9 am.The interlock is set at 9e-5 mbar.

09h27 start
10h30 increased primary beam intensity slightly. Before 80 kpps on plastic, after 95 kpps. Leakage current of CATs 0.10/0.08 micro A to 0.12/0.10 micro A.
11h35 stop.

Attachment 1: scaler_2018-07-14_10h20m22s.png

Attachment 2: visu_2018-07-14_10h20m07s.png

Attachment 3: visu_2018-07-14_10h20m10s.png

Attachment 4: visu_2018-07-14_10h20m16s.png

Attachment 5: screenshot_2018-07-14_10h36m38s.png

Attachment 6: scaler_2018-07-14_10h36m59s.png

Attachment 7: visu_2018-07-14_11h34m44s.png

Attachment 8: visu_2018-07-14_11h34m39s.png

Attachment 9: scaler_2018-07-14_11h34m38s.png

Sat Jul 14 11:37:58 2018

12C + liquid H.
11h33 start.
12h00 Asked PCP to increase the intensity. CATS1,2 120 kpps. Plastic 100 kpps. CATS1/2 0.14/0.10 micro A. CATS2 current bursts to ~0.5 micro A once every 30 sec.
12h10 Asked PCP to decrease the intensity. CATS1,2 110 kpps. Plastic 90 kpps. CATS1/2 0.12/0.10 micro A. CATS2 current bursts to ~0.4 micro A once every 30 sec.
12h45 Asked PCP to increase the intensity. CATS1,2 110 kpps. Plastic 90 kpps. CATS1/2 0.12/0.10 micro A.
14h00 stop.

Attachment 1: scaler_2018-07-14_11h38m25s.png

Attachment 2: visu_2018-07-14_11h38m37s.png

Attachment 3: visu_2018-07-14_11h38m59s.png

Attachment 4: visu_2018-07-14_11h39m02s.png

Attachment 5: visu_2018-07-14_11h39m13s.png

Attachment 6: visu_2018-07-14_11h39m16s.png

Attachment 7: visu_2018-07-14_11h39m20s.png

Attachment 8: visu_2018-07-14_11h39m27s.png

Attachment 9: visu_2018-07-14_11h39m30s.png

Attachment 10: visu_2018-07-14_11h39m33s.png

Attachment 11: visu_2018-07-14_11h39m37s.png

Attachment 12: visu_2018-07-14_11h39m44s.png

Attachment 13: visu_2018-07-14_11h39m55s.png

Attachment 14: visu_2018-07-14_11h40m12s.png

Attachment 15: screenshot_2018-07-14_11h41m13s.png

Attachment 16: scaler_2018-07-14_12h01m56s.png

Attachment 17: screenshot_2018-07-14_12h02m19s.png

Attachment 18: scaler_2018-07-14_12h14m22s.png

Attachment 19: screenshot_2018-07-14_12h14m26s.png

Attachment 20: scaler_2018-07-14_12h45m42s.png

Attachment 21: screenshot_2018-07-14_12h46m10s.png

Attachment 22: scaler_2018-07-14_13h59m36s.png

Attachment 23: visu_2018-07-14_13h59m43s.png

Attachment 24: visu_2018-07-14_13h59m48s.png

Attachment 25: visu_2018-07-14_13h59m54s.png

Daisuke, Jacques, Shumpei, Val�rie

Sat Jul 14 14:01:55 2018

12C + liquid H.

RUN 384 start 13h58 stop 15h54
CATS1/2 110 kHz, 0.12/0.10 micro A Plastic 90 kHz.
e748 Exxx 2,1G 14 juil. 15:54 /data/e748X/e755/acquisition/run/run_0384.dat.14-07-18_13h58m20s

RUN 385 start 15h54 stop 18h05
e748 Exxx 2,5G 14 juil. 2018 /data/e748X/e755/acquisition/run/run_0385.dat.14-07-18_15h53m48s

Attachment 1: scaler_2018-07-14_14h02m40s.png

Attachment 2: screenshot_2018-07-14_14h03m00s.png

Attachment 3: scaler_2018-07-14_14h26m35s.png

Attachment 4: scaler_2018-07-14_15h53m36s.png

Attachment 5: visu_2018-07-14_15h53m38s.png

Attachment 6: visu_2018-07-14_15h53m45s.png

Attachment 7: visu_2018-07-14_15h53m50s.png

Attachment 8: visu_2018-07-14_15h53m56s.png

Attachment 9: visu_2018-07-14_15h54m03s.png

Attachment 10: visu_2018-07-14_15h54m10s.png

Attachment 11: visu_2018-07-14_15h54m19s.png

Attachment 12: ScalersRun385At17h.png

Attachment 13: Run385_MMEdePID.png

Attachment 14: Run385_IC0deg.png

Attachment 15: Run385_deTOFCatsCaviar.png

Attachment 16: Run385_ScalersEndRun.png

Daisuke, Jean-Charles, Megumi, Nori, Shumpei, Val�rie

Sat Jul 14 18:18:33 2018

9C + liquid H.
SLITS FH31 +/- 2mm then +/-5 mm at the beginning of the run
RUN 386 start 18h16 stop 18h28
e748 Exxx 1,3G 14 juil. 2018 /data/e748X/e755/acquisition/run/run_0386.dat.14-07-18_18h15m43s

Attachment 1: Run386_ScalersFH31at5mm_At18h18.png

Attachment 2: Run386_ScalersFH31at5mm_Caviar.png

Attachment 3: Run386_TOF_FH31_5mm.png

Attachment 4: Run386_ScalersFH31at5mm_Caviar.png

Attachment 5: Run386_ScalersFH31at5mm_At18h18.png

Attachment 6: Run386_Ic_DE_TcatsHF_FH31_5mm.png

Attachment 7: Run386_Ic_DE_Tcats_Caviar_PLQFH31_5mm.png

Attachment 8: Run386_BeamImpact_5mm.png

Daisuke, Jean-Charles, Megumi, Nori, Shumpei, Val�rie

Sat Jul 14 18:36:38 2018

9C + liquid H.
SLITS FH31 +/- 5 mm F43 opened
I ~ 1.6�A TRIGGERS CATS2, PLASTIC div
RUN 387

Daisuke, Jean-Charles, Megumi, Nori, Shumpei, Val�rie

Sat Jul 14 18:37:29 2018

9C + liquid H.
SLITS FH31 +/- 5 mm F43 opened
I ~ 1.6�A normal TRIGGERS MUST2 CATS div Plastic div
RUN 388 start 18h3

Attachment 1: Run388_ScalersCaviarFH31_5mm_I1.6µA.png

Attachment 2: Run388_Scalers.png

Attachment 3: Run388_TOF.png

Daisuke, Jean-Charles, Megumi, Nori, Shumpei, Val�rie

Sat Jul 14 18:54:01 2018

9C + liquid H.
SLITS FH31 +/- 30 mm F43 opened
I ~ 1.6�A normal TRIGGERS MUST2 CATS div Plastic div
RUN 389 start 18h45 stop 18h55
e748 Exxx 469M 14 juil. 18:57 /data/e748X/e755/acquisition/run/run_0389.dat.14-07-18_18h44m21s

Attachment 1: Run389_scalersCaviar.png

Attachment 2: Run389_scalers.png

Attachment 3: Run389_TOF.png

Attachment 4: Run389_EdeTOFCatsIntr.png

Attachment 5: Run389_EdeTOFCats.png

Attachment 6: Run389_EdeTOF.png

Attachment 7: Run389_beamTracks.png

Daisuke, Jean-Charles, Megumi, Nori, Shumpei, Val�rie

Sat Jul 14 19:01:22 2018

9C + liquid H.
SLITS FH31 +/- 20 mm F43 V 10 mm; FH43 10 mm I~1.9 �A

normal TRIGGERS MUST2 CATS div Plastic div
RUN 390 start 18h58 stop 19h27
e748 Exxx 873M 14 juil. 19:29 /data/e748X/e755/acquisition/run/run_0390.dat.14-07-18_18h57m53s
CATS1 I ~ 0.22�A
CATS2 I~ 0.16 �A
Brho1 RMN = 1.7283 T.m I_D3P1= 305A
The Brho1 value is there 0.1% smaller than it was during the previous data taking for 9C.
Here the purity of the beams is:
Total integral: 6.22 10**4 (without 0, all beams)
9C 3.5% (integral = 2200 for channels [2800;4200])
7Be 72.2% (integral = 4.488 10**4 for channels [4500;6500])
6Li 15% (integral = 9570 for channels [6500;8000])

Attachment 1: Run390_scalersCaviar.png

Attachment 2: Run390_scalers.png

Attachment 3: Run390_beamTracksYshift.png

Attachment 4: Run390_beamTrackWien1kVYok.png

Attachment 5: Run390_scalersYcenterOk.png

Attachment 6: Run390_scalersCaviarYOk.png

Attachment 7: Run390_TOF.png

Daisuke, Jean-Charles, Shumpei, Val�rie

Sat Jul 14 19:38:25 2018

9C + liquid H.
SLITS FH31 +/- 20 mm F43 V 10 mm; FH43 10 mm I~1.9 �A

RUN 391 start 19h30 stop 19h43
e748 Exxx 286M 14 juil. 19:45 /data/e748X/e755/acquisition/run/run_0391.dat.14-07-18_19h30m29s
normal TRIGGERS MUST2 CATS div Plastic div
Brho1 RMN = 1.7311 T.m ID3P1=

Total integral: 4.017 10**4 (without 0, all beams)
9C ~ 5 % (integral = 2160 for channels [2800;4200])
7Be 59 % (integral = 2.236 10**4 for channels [4500;6500])

Beam CATS1 ~ 133 kpps; CATS ~ 117 kpps ; Plastic ~ 124 kpps
CATS1 I ~ 0.08 �A
CATS2 I ~ 0.06 �A

Attachment 1: Run391_TOF.png

Attachment 2: Run391_scalers.png

Daisuke, Shumpei, Val�rie

Sat Jul 14 20:16:50 2018

9C + liquid H.
RUN 392 start 19h46 stop 21h47
e748 Exxx 3,5G 14 juil. 21:49 /data/e748X/e755/acquisition/run/run_0392.dat.14-07-18_19h45m58s
normal TRIGGERS MUST2 CATS div Plastic div
Brho1 RMN = 1.7311 T.m ID3P1= 305.1A
SLITS FH31 +/- 20 mm F43 V 10 mm; FH43 10 mm I~1.9 �A
Intensity is fluctuating at the end of run 392 down to I~ 1.7 �A then 1.6-1.5�A.
Apparently due to general instabilities related to the decrease of the external air temperature (..). PCP is re-tuning.
Total integral:1.0 10**4 (without 0, all beams)
8B 8.2% (integral = 824 for channels [200;2200])
9C ~ 4.5 % (integral = 454 for channels [2800;4200])
7Be 65.8 % (integral = 6585 for channels [4500;6500])
6Li 21.1% (integral = 2113 for channels [6500;8000])

Beam CATS1 ~ 185kpps; CATS ~ 164 kpps ; Plastic ~ 170 kpps
CATS1 I ~ 0.08 �A
CATS2 I ~ 0.06 �A

Attachment 1: Run392_TOF.png

Attachment 2: Run392_scalers.png

Attachment 3: Run392_GMTTrigger.png

Attachment 4: Run392_plotTrigger.png

Attachment 5: Run392_TOFcatstot.png

Attachment 6: Run392_TOFcatstotZoom.png

Attachment 7: Run392_ScalersPlot.png

Attachment 8: Run392_PlotPlast.png

Attachment 9: Run392_MMimpacts.png

Attachment 10: Run392_MMECsIraw.png

Attachment 11: Run392_DCnumexo.png

Attachment 12: Run392_CatsstrQraw.png

Attachment 13: Run392_CatsQcal.png

Attachment 14: Run392_BeamTracks.png

Attachment 15: Run392_EdeTOFcatsTot.png

Attachment 16: Run392_EdeTOFcatsIntegIC.png

Attachment 17: Run392_EdeTOFcatsEdePlast.png

Attachment 18: Run392_DCnumexoXYphys.png

Attachment 19: Run392_ChIoNumexo.png

Attachment 20: Run392_MmEdeCsIPlotPID.png

Attachment 21: Run392_scalersendRun.png

Daisuke, Shumpei, Val�rie

Sat Jul 14 21:53:48 2018

9C + liquid H.
RUN 393 start 21h48 stop 23h49
e748 Exxx 4,0G 14 juil. 23:49 /data/e748X/e755/acquisition/run/run_0393.dat.14-07-18_21h48m17s
e748 Exxx 382M 15 juil. 00:01 /data/e748X/e755/acquisition/run/run_0393.dat.14-07-18_21h48m17s.1

normal TRIGGERS MUST2 CATS div Plastic div
Brho1 RMN = 1.7311 T.m ID3P1= 305.1A
SLITS FH31 +/- 20 mm F43 V 10 mm; FH43 10 mm I~1.9 �A
PCP retuned the beam. Intensity is increasing up to 1.8 �A but fluctuating again down to 1.5 �A.
Better at 22h10, I ~ 1.88 �A.

Beam CATS1 ~ 188kpps ; CATS2 ~ 167 kpps ; Plastic ~ 172 kpps
up to CATS1 214 kpps; CATS2 ~ 191 kpps; ; Plastic ~ 198 kpps.
CATS1 I ~ 0.08 �A to 0.14 �A
CATS2 I ~ 0.06 �A to 0.10 �A

Attachment 1: Run393_scalersAt21h54.png

Attachment 2: Run393_MMimpacts.png

Attachment 3: Run393_MMedeCsIPID.png

Attachment 4: Run393_BeamTracks.png

Attachment 5: Run393IC0degDet.png

Attachment 6: Run393_EdeTOF_EDEPlastPID.png

Attachment 7: Run393_EdeTOFcats.png

Attachment 8: Run393catsQraw.png

Attachment 9: Run393scalersEndRun.png

Sun Jul 15 00:48:03 2018

Here are the run summary of E738 experiment up to 1:00 am 15th.
31.7 hours for 10C + H2
1.2 hours for 10C + empty
82.3 hours for 9C + H2
5.9 hours for 9C + empty (ongoing, should be 23 hours at 18:00 15th)
19.5 hours for 12C + H2

See here for detail.
https://docs.google.com/spreadsheets/d/1yErcQcrXPdJjEOfUd9D9KPWWkWQpw5kX4wFze6vwij4/edit#gid=805236919

Megumi, Shumpei, Takeshi, Beno�t, Val�rie

Sun Jul 15 00:49:52 2018

9C + Empty target 15th JULY
RUN 394 start 0h43 stop 03h20
e748 Exxx 2,9G 15 juil. 2018 /data/e748X/e755/acquisition/run/run_0394.dat.15-07-18_00h43m25s
SEE OFFLINE PLOTS for the checking of the empty target.
normal TRIGGERS MUST2 CATS div Plastic div
primary beam I ~ 1.85 �A.

Beam CATS1 ~ 208 kpps ; CATS2 ~ 185 kpps ; Plastic ~ 194 kpps

CATS1 I ~ 0.12 �A
CATS2 I ~ 0.10 �A

Attachment 1: Run394_scalersAt0h45.png

Attachment 2: Run394_CatsStrRaw.png

Attachment 3: Run394_BeamTracks.png

Attachment 4: Run394_TOF.png

Attachment 5: visu_2018-07-15_03h20m53s.png

Sun Jul 15 01:26:49 2018

Here are the temperature log of the target before it was evaporated.

Attachment 1: heatshiled1507.png

Attachment 2: cell1507.png

problem of the beam image on vigru

Sun Jul 15 01:35:09 2018

The beam image at the target is not clear on online monitor.
We have confirmed that the target is correctly evacuated to empty now (and fully filled before that) by offline.

Attachment 1: run394.png

Attachment 2: target_run393.pdf

Attachment 3: target_run394.pdf

Attachment 4: targetY_run393.pdf

Attachment 5: targetY_run394.pdf

Sun Jul 15 03:27:25 2018

9C + Empty target 15th JULY
RUN 395 start 03h20 stop 05h59
e748 Exxx 2,8G 15 juil. 06:01 /data/e748X/e755/acquisition/run/run_0395.dat.15-07-18_03h20m21s
normal TRIGGERS MUST2 CATS div Plastic div
primary beam I ~ 1.85 �A.

Beam CATS1 ~ 203 kpps ; CATS2 ~ 184 kpps ; Plastic ~ 192 kpps

CATS1 I ~ 0.12 �A
CATS2 I ~ 0.10 �A

small disjunction on CSS1, beam was erratic for about 15min. Intensity became 1.95 �A after.

Attachment 1: scaler_2018-07-15_03h30m58s.png

Attachment 2: visu_2018-07-15_06h00m44s.png

Attachment 3: visu_2018-07-15_06h00m56s.png

Attachment 4: visu_2018-07-15_06h01m02s.png

Attachment 5: visu_2018-07-15_06h01m11s.png

Sun Jul 15 06:17:04 2018

9C + Empty target 15th JULY
RUN 396 start 06h00 stop 7h59

normal TRIGGERS MUST2 CATS div Plastic div
primary beam I ~ 1.85 �A.

Beam CATS1 ~ 198 kpps ; CATS2 ~ 177 kpps ; Plastic ~ 186 kpps

CATS1 I ~ 0.12 �A
CATS2 I ~ 0.10 �A

missing CATS 1 Y 9 which was starting to be bad in run 395

Attachment 1: scaler_2018-07-15_06h04m32s.png

Attachment 2: visu_2018-07-15_07h25m32s.png

Attachment 3: scaler_2018-07-15_07h47m46s.png

Attachment 4: scaler_2018-07-15_08h01m34s.png

Attachment 5: screenshot_2018-07-15_07h47m19s.png

Attachment 6: visu_2018-07-15_08h01m38s.png

Attachment 7: visu_2018-07-15_08h01m53s.png

Attachment 8: visu_2018-07-15_08h01m56s.png

Sun Jul 15 08:04:12 2018

9C + empty.

08h00 start. 12C 1.8 micro A.

cats1 670.0 V 1.00 uA 670.1 V 0.12 uA
cats2 650.0 V 1.50 uA 650.1 V 0.10 uA

9h59 stop

Attachment 1: scaler_2018-07-15_08h04m37s.png

Attachment 2: scaler_2018-07-15_08h46m31s.png

Attachment 3: visu_2018-07-15_08h46m41s.png

Attachment 4: visu_2018-07-15_08h46m44s.png

Attachment 5: visu_2018-07-15_08h46m46s.png

Attachment 6: visu_2018-07-15_08h46m48s.png

Attachment 7: visu_2018-07-15_08h46m51s.png

Attachment 8: visu_2018-07-15_08h46m54s.png

Attachment 9: visu_2018-07-15_08h46m57s.png

Attachment 10: visu_2018-07-15_08h47m00s.png

Attachment 11: visu_2018-07-15_08h47m05s.png

Attachment 12: visu_2018-07-15_08h47m08s.png

Attachment 13: visu_2018-07-15_08h47m13s.png

Attachment 14: visu_2018-07-15_08h47m16s.png

Attachment 15: visu_2018-07-15_08h47m22s.png

Attachment 16: visu_2018-07-15_08h47m26s.png

Attachment 17: visu_2018-07-15_08h47m29s.png

Attachment 18: visu_2018-07-15_08h47m32s.png

Attachment 19: visu_2018-07-15_08h47m35s.png

Attachment 20: visu_2018-07-15_08h47m38s.png

Attachment 21: visu_2018-07-15_08h47m41s.png

Attachment 22: visu_2018-07-15_08h47m45s.png

Attachment 23: visu_2018-07-15_08h47m48s.png

Attachment 24: visu_2018-07-15_08h47m51s.png

Attachment 25: visu_2018-07-15_08h47m55s.png

Attachment 26: visu_2018-07-15_08h47m59s.png

Attachment 27: visu_2018-07-15_08h48m03s.png

Attachment 28: scaler_2018-07-15_09h14m15s.png

Attachment 29: scaler_2018-07-15_10h01m00s.png

Attachment 30: visu_2018-07-15_10h01m05s.png

Attachment 31: visu_2018-07-15_10h01m10s.png

Attachment 32: visu_2018-07-15_10h01m15s.png

Sun Jul 15 10:04:13 2018

9Cc + empty

10h01 start

cats1 670.0 V 1.00 uA 670.1 V 0.12 uA
cats2 650.0 V 1.50 uA 650.1 V 0.10 uA

10h05 stop. TCP time out. Cannot start run.

Attachment 1: scaler_2018-07-15_10h05m09s.png

Sun Jul 15 13:57:59 2018

9C + empty run.

From 10 to 13h45, we had several issues with DAQ. All data from RUN 398 to 414 are JUNK.

13h47 start
18h00 stop

End of the campaign.

Attachment 1: scaler_2018-07-15_13h55m17s.png

Attachment 2: screenshot_2018-07-15_13h55m50s.png

Attachment 3: visu_2018-07-15_13h56m18s.png

Attachment 4: visu_2018-07-15_13h56m21s.png

Attachment 5: visu_2018-07-15_13h56m23s.png

Attachment 6: visu_2018-07-15_13h56m27s.png

Attachment 7: visu_2018-07-15_13h56m29s.png

Attachment 8: visu_2018-07-15_13h56m31s.png

Attachment 9: visu_2018-07-15_13h56m34s.png

Attachment 10: visu_2018-07-15_13h56m39s.png

Attachment 11: visu_2018-07-15_13h56m41s.png

Attachment 12: visu_2018-07-15_13h56m44s.png

Attachment 13: visu_2018-07-15_13h56m47s.png

Attachment 14: visu_2018-07-15_13h56m49s.png

Attachment 15: visu_2018-07-15_13h56m54s.png

Attachment 16: visu_2018-07-15_13h56m49s.png

Attachment 17: visu_2018-07-15_13h56m54s.png

Attachment 18: scaler_2018-07-15_14h08m27s.png

Attachment 19: visu_2018-07-15_14h08m29s.png

Attachment 20: visu_2018-07-15_14h08m48s.png

Attachment 21: scaler_2018-07-15_15h18m48s.png

Attachment 22: scaler_2018-07-15_15h49m45s.png

Attachment 23: visu_2018-07-15_15h49m49s.png

Attachment 24: visu_2018-07-15_15h49m52s.png

Attachment 25: visu_2018-07-15_15h49m59s.png

Attachment 26: visu_2018-07-15_15h50m05s.png

Attachment 27: scaler_2018-07-15_16h32m38s.png

Attachment 28: visu_2018-07-15_16h32m39s.png

Attachment 29: visu_2018-07-15_16h32m47s.png

Attachment 30: visu_2018-07-15_16h32m50s.png

Attachment 31: scaler_2018-07-15_17h10m06s.png

Attachment 32: visu_2018-07-15_17h10m06s.png

Attachment 33: visu_2018-07-15_17h10m15s.png

Attachment 34: scaler_2018-07-15_18h02m12s.png

Sun Jul 15 19:05:20 2018

Runsmmary of the E738 experiment.
31.7 hours for 10C + H2
1.2 hours for 10C + empty
82.3 hours for 9C + H2
19.5 hours for 9C + empty
19.5 hours for 12C + H2

See here for detail.
https://docs.google.com/spreadsheets/d/1yErcQcrXPdJjEOfUd9D9KPWWkWQpw5kX4wFze6vwij4/edit#gid=805236919