MUST2 SAMURAI_2018 S3-LEB-LPC SUPERNEMO MUGAST EXPAND SCALP GALATRON HiCARI VELO
  MUST2, Page 7 of 48  Not logged in MUST2
Statusdown ExpNbr Date Author Type Category Target-Source Subject
Ongoinge738 Wed Jun 27 17:42:14 2018 daisukeOTHERGeneralN/AToward E738
Attachment 1: 2018-06-13_e738_setup.pdf
2018-06-13_e738_setup.pdf 2018-06-13_e738_setup.pdf 2018-06-13_e738_setup.pdf 2018-06-13_e738_setup.pdf 2018-06-13_e738_setup.pdf 2018-06-13_e738_setup.pdf 2018-06-13_e738_setup.pdf 2018-06-13_e738_setup.pdf
Attachment 2: 2018-06-27_e738_chio_energy_loss.pdf
2018-06-27_e738_chio_energy_loss.pdf
Attachment 3: 2018-06-27_e738_light_tof.pdf
2018-06-27_e738_light_tof.pdf
Attachment 4: pt_sim_phase_plot_7c_t.pdf
pt_sim_phase_plot_7c_t.pdf pt_sim_phase_plot_7c_t.pdf
Attachment 5: pt_sim_phase_plot_8c_d.pdf
pt_sim_phase_plot_8c_d.pdf pt_sim_phase_plot_8c_d.pdf
Ongoinge755 Sat Jun 30 20:12:33 2018 takeshiTARGETHardwareCryo-LH2target temperature
Latest update at 12:15 pm on July 1
Here are the temperature logs up to 7:00pm 30/6.
Attachment 1: cell3006.png
cell3006.png
Attachment 2: heatshield3006.png
heatshield3006.png
Attachment 3: screenshot_2018-07-01_12.17.48.png
screenshot_2018-07-01_12.17.48.png
Attachment 4: screenshot_2018-07-01_12.22.29.png
screenshot_2018-07-01_12.22.29.png
Ongoinge738 Mon Jul 2 01:29:58 2018 daisukeOTHERGeneralN/AQ values

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
ensdf_10c_via_pt.pdf
Attachment 2: PhysRevC.3.543.pdf
PhysRevC.3.543.pdf PhysRevC.3.543.pdf PhysRevC.3.543.pdf PhysRevC.3.543.pdf PhysRevC.3.543.pdf PhysRevC.3.543.pdf PhysRevC.3.543.pdf PhysRevC.3.543.pdf
Ongoinge755 Mon Jul 2 16:16:40 2018 takeshiTARGETHardwareCryo-LH2temperature log of the target
Attachment 1: heatshield0207.png
heatshield0207.png
Attachment 2: cell0207.png
cell0207.png
Ongoinge738 Sun Jul 8 08:53:44 2018 takeshiTARGETHardwareCryo-LH2temperature log of the target
Attachment 1: cell0807.png
cell0807.png
Attachment 2: heatshield0807.png
heatshield0807.png
Attachment 3: tempepature0807.png
tempepature0807.png
Ongoinge738 Mon Jul 9 23:21:55 2018 takeshiTARGETHardwareCryo-LH2temperature log of the target
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
heatshield0907-2.png
Attachment 2: cell0907-2.png
cell0907-2.png
Attachment 3: regenerate0907.png
regenerate0907.png
Ongoinge738 Wed Jul 11 03:57:50 2018 e748OFFLINEGeneralCryo-LH2Conversion problem
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
conversion_problem.png
Ongoinge738 Wed Jul 11 08:32:42 2018 takeshiTARGETHardwareCryo-LH2temperature log of the target
Attachment 1: heatshield1107.png
heatshield1107.png
Attachment 2: cell1107.png
cell1107.png
Ongoinge738 Wed Jul 11 15:41:33 2018 Franck, Jacques, DaisukeRUNGeneralCryo-LH2Run 347
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 ľA , CATS2 0.12 -> 1 ľA
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
run347_HT_CATS.png
Attachment 2: scaler_2018-07-11_15h36m47s.png
scaler_2018-07-11_15h36m47s.png
Attachment 3: visu_2018-07-11_15h37m23s.png
visu_2018-07-11_15h37m23s.png
Attachment 4: visu_2018-07-11_15h37m37s.png
visu_2018-07-11_15h37m37s.png
Ongoinge738 Wed Jul 11 17:25:11 2018 Louis, Daisuke, Nori, ValérieRUNGeneralCryo-LH2Run 348
Run 348 Start 17h17

Beam: 9C at 2.3*10⁵pps in CATS1, 2uA of intensity of the primary beam


CATS1 670V 0.16 ľA ,
CATS2 650V 0.12 -> 0.6 ľA

Rates:
CATS1: 230 kpps
CATS2: 200 kcps
CAVIAR: 260 kcps
Plastic: 200 kcps
Attachment 1: run348_scalersAt17h26.png
run348_scalersAt17h26.png
Attachment 2: visu_2018-07-11_17h39m20s.png
visu_2018-07-11_17h39m20s.png
Attachment 3: visu_2018-07-11_17h39m25s.png
visu_2018-07-11_17h39m25s.png
Attachment 4: scaler_STOP_2018-07-11_18h09m53s.png
scaler_STOP_2018-07-11_18h09m53s.png
Ongoinge738 Thu Jul 12 13:49:38 2018 takeshiTARGETHardwareCryo-LH2temperature log of the target
Attachment 1: heatshield1207.png
heatshield1207.png
Attachment 2: cell1207.png
cell1207.png
Fixede748 Wed May 24 09:07:59 2017 Adrien MattaOTHERGeneral e748 Planning

Feel free to edit this spread sheet.

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

Fixede748 Wed May 24 09:32:41 2017 Adrien MattaMUST2Hardware 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
Fixede748 Wed May 24 09:35:00 2017 Adrien MattaCATSHardware 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.
Fixede748 Wed May 24 15:48:24 2017 Adrien MattaMUST2Hardware 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
Fixede748 Thu Jun 1 09:29:50 2017 Adrien MattaMUST2Hardware 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,
Fixede748 Thu Jun 1 09:32:38 2017 Adrien MattaMUST2Hardware MUST2 cabling scheme
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.
Fixede748 Fri Jun 2 12:03:32 2017 Adrien, Laurent, ShumpeiMUST2Hardware 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.
Fixede748 Tue Jun 6 09:07:34 2017 Adrien MattaBEAMGeneral Moving to D6
M2C Chamber now in D6 after a smooth ride, ready to be aligned.
Fixede748 Tue Jun 6 18:17:03 2017 Valérian et FrançoisEXLHardware 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
EXL_MUST2_top.jpg
Attachment 2: EXL_MUST2_side.jpg
EXL_MUST2_side.jpg

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