MUST2 SAMURAI_2018 S3-LEB-LPC SUPERNEMO MUGAST EXPAND SCALP GALATRON HiCARI VELO
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Status ExpNbr Date Authordown Type Category Target-Source Subject
Fixede744 Wed May 16 19:06:39 2018 Iulian ValerianMUST2SoftwareN/Arun #318 Calimero T1-T4 strips X
Run #318

Calimero T1-T4 X
Fixede744 Wed May 16 20:26:48 2018 Iulian ValerianMUST2SoftwareN/Arun #319 calimero T1-T4 Y strips
run #319
calimero T1-T4 Y strips
Fixede744 Wed May 16 20:36:40 2018 Iulian ValerianMUST2SoftwareN/Arun #320 Calimero T5 X
run #320

Calimero T5 X
Fixede744 Wed May 16 20:42:43 2018 Iulian ValerianMUST2SoftwareN/ARun #321 Calimero T5 Y strips
Run #321

Calimero T5 Y strips
Ongoinge744 Wed May 16 21:27:55 2018 Iulian ValerianMUST2SoftwareN/ARun #322 Calimero T1-T4 X strips
Run #322
Calimero T1-T4 X strips
1 channel per mate not done (Valerian too slow to cable start stop Wink )
Ongoinge744 Sat May 19 15:32:51 2018 Iulian ValerianEXL-PPTGeneralN/AStarted run #346 Room background PPT EXL
run #346

Room background PPT EXL

start 15h32 19 Mai
stop 18h52 20 Mai
Ongoinge744 Wed May 23 20:52:01 2018 Iulian ValerianRUNGeneral 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).
Fixede744 Thu May 24 01:11:26 2018 Iulian ValerianRUNGeneralN/Arun 434 Lise trigger
Cats inserted

efficiency is around ~99%
Ongoinge744 Tue May 29 15:53:17 2018 Iulian MaurycyOFFLINEGeneralCH2 Angular distribution per telescope 1-4
Angular distribution per telescope 1-4
Fixede744 Wed May 2 18:11:59 2018 Iulian Marlenne LouisRUNGeneral3-alpha3 alpha test
Run191 start 18h stop 18h10
Run ok, saved config DAS with good polarity on the thresholds CSI & piedestal allignement on MM1-MM5
Fixede744 Thu May 3 15:04:03 2018 Iulian MarlenneMUST2HardwareN/AX and Y possitions on the detector
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  |
----------------------
Fixede744 Thu May 3 15:20:16 2018 Iulian MarlenneMUST2HardwareN/AX and Y possitions on the detector
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  |
----------------------
Ongoinge744 Sat May 5 11:14:33 2018 Iulian & ValerianRUNGeneral3-alpharun #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.
Ongoinge744 Thu May 17 19:15:21 2018 Iulian EXL-PPTGeneral60CoRun #334 Last 60 co run for eficacity before experiment
Run #334

start 19h15
Fixede744 Sat May 26 14:03:27 2018 Giuseppe, Dieter, J. EricRUNGeneralCH2Run 2020
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
Fixede744 Sat May 26 09:33:48 2018 Giuseppe, DieterRUNGeneralCH2run 2015
Missing strips:
x
MM1 1
MM2 6
MM3 0
MM4 2
MM5 0
y:
MM1 3
MM2 1
MM3 0
MM4 7
MM5 3

Fixede744 Sat May 26 10:03:37 2018 Giuseppe, DieterRUNGeneral run 2016& 2017


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)
Ongoinge744 Sat May 26 10:06:06 2018 Giuseppe, DieterRUNGeneralCH2Run 2018
Run 2018
Start @ 09:56 26/05/2018
Stop @ 10:51
Fixede744 Sat May 26 11:19:37 2018 Giuseppe, DieterRUNGeneralCH2interruption due to to waterleak ibn CSS1
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
Fixede744 Sat May 26 11:42:03 2018 Giuseppe, DieterRUNGeneralCH2run 2019
Run 2019


start@ 11:40 26/05/2018
stop @ 11:52

the beam intensity dropped to 22 pps so we stopped

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