| Status |
ExpNbr |
Date |
Author |
Type |
Category |
Target-Source |
Subject |
| Fixed | |
Tue Mar 12 10:21:17 2019 |
Marlène | MUST2 | General | | Debug Calimero Y |
Debug of Calimero
test of channels (mate) masking : OK with DAS, OK with GECCO (see attachment) when done in the "disable channels" of GECCO
With calimero, when we are on Y, when we click right to mask a mate we see 'disable mate 2' instead of 'disable mate 10' !!! |
| Attachment 1: test_GECO_masquage_mate2&10activees_seulement.png
|
|
| Fixed | com2019 |
Tue Apr 2 17:15:47 2019 |
Freddy | OTHER | General | N/A | DWBA Cross section |
| 16O(d,p)17O*(1/2+) @ 6 MeV/nucleon - SF = 1 |
| Attachment 1: 16Odp17O_s12_6AMeV.dat
|
0.00 1.914689E+02
1.00 1.903373E+02
2.00 1.869800E+02
3.00 1.815069E+02
4.00 1.740951E+02
5.00 1.649792E+02
6.00 1.544396E+02
7.00 1.427886E+02
8.00 1.303562E+02
9.00 1.174749E+02
10.00 1.044670E+02
11.00 9.163196E+01
12.00 7.923714E+01
13.00 6.751044E+01
14.00 5.663581E+01
15.00 4.675114E+01
16.00 3.794856E+01
17.00 3.027664E+01
18.00 2.374425E+01
19.00 1.832545E+01
20.00 1.396521E+01
21.00 1.058544E+01
22.00 8.091037E+00
23.00 6.375645E+00
24.00 5.326967E+00
25.00 4.831442E+00
26.00 4.778200E+00
27.00 5.062263E+00
28.00 5.586985E+00
29.00 6.265784E+00
30.00 7.023207E+00
31.00 7.795429E+00
32.00 8.530265E+00
33.00 9.186782E+00
34.00 9.734620E+00
35.00 1.015309E+01
36.00 1.043010E+01
37.00 1.056108E+01
38.00 1.054776E+01
39.00 1.039707E+01
40.00 1.012002E+01
41.00 9.730684E+00
42.00 9.245242E+00
43.00 8.681144E+00
44.00 8.056363E+00
45.00 7.388755E+00
46.00 6.695534E+00
47.00 5.992840E+00
48.00 5.295413E+00
49.00 4.616354E+00
50.00 3.966975E+00
51.00 3.356727E+00
52.00 2.793184E+00
53.00 2.282089E+00
54.00 1.827444E+00
55.00 1.431633E+00
56.00 1.095566E+00
57.00 8.188420E-01
58.00 5.999210E-01
59.00 4.362965E-01
60.00 3.246654E-01
61.00 2.610923E-01
62.00 2.411648E-01
63.00 2.601375E-01
64.00 3.130644E-01
65.00 3.949183E-01
66.00 5.006971E-01
67.00 6.255160E-01
68.00 7.646870E-01
69.00 9.137842E-01
70.00 1.068696E+00
71.00 1.225665E+00
72.00 1.381317E+00
73.00 1.532673E+00
74.00 1.677160E+00
75.00 1.812607E+00
76.00 1.937231E+00
77.00 2.049626E+00
78.00 2.148737E+00
79.00 2.233833E+00
80.00 2.304484E+00
81.00 2.360527E+00
82.00 2.402038E+00
83.00 2.429303E+00
84.00 2.442784E+00
85.00 2.443096E+00
86.00 2.430979E+00
87.00 2.407270E+00
88.00 2.372884E+00
89.00 2.328788E+00
90.00 2.275983E+00
91.00 2.215488E+00
92.00 2.148320E+00
93.00 2.075485E+00
94.00 1.997958E+00
95.00 1.916681E+00
96.00 1.832548E+00
97.00 1.746401E+00
98.00 1.659024E+00
99.00 1.571140E+00
100.00 1.483406E+00
101.00 1.396416E+00
102.00 1.310700E+00
103.00 1.226720E+00
104.00 1.144883E+00
105.00 1.065532E+00
106.00 9.889562E-01
107.00 9.153939E-01
108.00 8.450342E-01
109.00 7.780226E-01
110.00 7.144647E-01
111.00 6.544303E-01
112.00 5.979575E-01
113.00 5.450562E-01
114.00 4.957125E-01
115.00 4.498914E-01
116.00 4.075406E-01
117.00 3.685935E-01
118.00 3.329718E-01
119.00 3.005884E-01
120.00 2.713494E-01
121.00 2.451567E-01
122.00 2.219092E-01
123.00 2.015054E-01
124.00 1.838436E-01
125.00 1.688244E-01
126.00 1.563506E-01
127.00 1.463287E-01
128.00 1.386690E-01
129.00 1.332863E-01
130.00 1.301001E-01
131.00 1.290345E-01
132.00 1.300181E-01
133.00 1.329839E-01
134.00 1.378690E-01
135.00 1.446138E-01
136.00 1.531618E-01
137.00 1.634589E-01
138.00 1.754528E-01
139.00 1.890917E-01
140.00 2.043247E-01
141.00 2.210998E-01
142.00 2.393642E-01
143.00 2.590627E-01
144.00 2.801377E-01
145.00 3.025281E-01
146.00 3.261691E-01
147.00 3.509911E-01
148.00 3.769198E-01
149.00 4.038755E-01
150.00 4.317730E-01
151.00 4.605210E-01
152.00 4.900226E-01
153.00 5.201749E-01
154.00 5.508690E-01
155.00 5.819905E-01
156.00 6.134197E-01
157.00 6.450319E-01
158.00 6.766977E-01
159.00 7.082841E-01
160.00 7.396547E-01
161.00 7.706706E-01
162.00 8.011912E-01
163.00 8.310749E-01
164.00 8.601802E-01
165.00 8.883668E-01
166.00 9.154959E-01
167.00 9.414322E-01
168.00 9.660438E-01
169.00 9.892042E-01
170.00 1.010792E+00
171.00 1.030695E+00
172.00 1.048805E+00
173.00 1.065026E+00
174.00 1.079269E+00
175.00 1.091457E+00
176.00 1.101522E+00
177.00 1.109409E+00
178.00 1.115074E+00
179.00 1.118486E+00
180.00 1.119625E+00
|
| Fixed | e793s |
Fri Mar 12 20:43:38 2021 |
Cyril, Louis | OFFLINE | General | CD2 | DWBA |
DBWA analysis have been performed with TWOFNR, here the comparison with data for the 0, 2 and 4 MeV peaks.
1p1/2 (black line) and 0f7/2 (red line) |
| Attachment 1: DWBA.png
|
|
| Attachment 2: DWBA2.png
|
|
| Fixed | |
Sun Jul 21 23:18:25 2019 |
Kseniia | AGATA | General | | Current total stats on 19Ne |
Runs 112, 115, 116, 117, 118, 119, 120 and ~1h of 121
We see 3 peak candidates with energies not matching anything known |
| Attachment 1: 58.png
|
|
| Fixed | e768s |
Sun Jul 21 17:45:54 2019 |
kseniia | AGATA | General | | Current total stats on 19Ne |
Stats from runs 112, 115, 116, 117, 118, 119(~15h)
beta = 8%
Q = 9 & 10 |
| Attachment 1: run112-119part-c.png
|
|
| Attachment 2: run112-119part_zoom.png
|
|
| Fixed | |
Mon Jul 22 19:13:45 2019 |
Kseniia | AGATA | General | | Current stats on 19Ne |
| Runs 112..125, still no joy... |
| Attachment 1: 112-125.png
|
|
| Fixed | TEST |
Thu Feb 21 16:43:45 2019 |
Valérian, Freddy, Iulian and Marlène | GRIT | Hardware | N/A | Current measurements |
Joined are the the I(V).
Detectors seems to respond accordingly with the previous measurements from Marlène.
Annular detector curve is quite strange…
Joined files :
Depletion_Mugast_MG.pdf -> summary for trapezoidal + annular detectors
Depletion_Mugast_M2.pdf -> summary for Must2 detectors
Depletion_Mugast.xlsx -> Excel file |
| Attachment 1: Depletion_Mugast_MG.pdf
|
|
| Attachment 2: Depletion_Mugast_M2.pdf
|
|
| Attachment 3: Depletion_Mugast.xlsx
|
| Fixed | e768s |
Sat Jul 27 16:54:29 2019 |
mugast | AGATA | General | LiF | Current full stat on 19Ne |
Identified in VAMOS, all the good runs from 112 up to partial 154
Nothing new, a few counts near 2497 |
| Attachment 1: Runs112-154part.png
|
|
| Attachment 2: Runs112to154part_zoom.png
|
|
| Fixed | com2019 |
Tue Apr 9 10:44:40 2019 |
Valerian | MUST2 | Software | CD2 | CsI Calib files from the commissioning for proton |
| CsI calibration obtained from the proton data of the commissioning of mugast. |
| Attachment 1: Cal_CsI_E_MM1.cal
|
MUST2_T1_CsI1_E -349.193 0.0426562
MUST2_T1_CsI2_E -365.544 0.0445866
MUST2_T1_CsI3_E -395.1 0.0481881
MUST2_T1_CsI4_E -339.257 0.0413942
MUST2_T1_CsI5_E -300.562 0.036683
MUST2_T1_CsI6_E -305.873 0.0373042
MUST2_T1_CsI7_E -306.176 0.0372682
MUST2_T1_CsI8_E -306.058 0.0372823
MUST2_T1_CsI9_E -379.8 0.046326
MUST2_T1_CsI10_E -389.184 0.0452695
MUST2_T1_CsI11_E -323.838 0.0394854
MUST2_T1_CsI12_E -345.276 0.0421109
MUST2_T1_CsI13_E -346.313 0.0419908
MUST2_T1_CsI14_E -323.431 0.0394665
MUST2_T1_CsI15_E -381.394 0.0465157
MUST2_T1_CsI16_E -366.608 0.0447318
|
| Attachment 2: Cal_CsI_E_MM2.cal
|
MUST2_T2_CsI1_E -395.198 0.0482442
MUST2_T2_CsI2_E -358.257 0.0437269
MUST2_T2_CsI3_E -222.987 0.0272904
MUST2_T2_CsI4_E -320.924 0.0391246
MUST2_T2_CsI5_E -304.016 0.0371591
MUST2_T2_CsI6_E -360.763 0.044042
MUST2_T2_CsI7_E -338.862 0.0413499
MUST2_T2_CsI8_E -323.388 0.0395278
MUST2_T2_CsI9_E -297.329 0.0362987
MUST2_T2_CsI10_E -353.491 0.0431759
MUST2_T2_CsI11_E -336.682 0.0410607
MUST2_T2_CsI12_E -322.943 0.0393981
MUST2_T2_CsI13_E -352.883 0.0430912
MUST2_T2_CsI14_E -265.011 0.0323568
MUST2_T2_CsI15_E -411.526 0.0502348
MUST2_T2_CsI16_E -381.945 0.0466196
|
| Attachment 3: Cal_CsI_E_MM3.cal
|
MUST2_T3_CsI1_E 0 0
MUST2_T3_CsI2_E -233.624 0.0285431
MUST2_T3_CsI3_E -269.869 0.0329581
MUST2_T3_CsI4_E -198.672 0.0244026
MUST2_T3_CsI5_E -167.381 0.020794
MUST2_T3_CsI6_E -285.043 0.0347164
MUST2_T3_CsI7_E -306.174 0.0372958
MUST2_T3_CsI8_E -289.492 0.0353261
MUST2_T3_CsI9_E -262.419 0.0320755
MUST2_T3_CsI10_E -262.419 0.0320755
MUST2_T3_CsI11_E -339.706 0.0412583
MUST2_T3_CsI12_E -276.843 0.0338448
MUST2_T3_CsI13_E -283.321 0.0345096
MUST2_T3_CsI14_E -282.583 0.0344342
MUST2_T3_CsI15_E -280.308 0.034049
MUST2_T3_CsI16_E -239.464 0.0292454
|
| Attachment 4: Cal_CsI_E_MM4.cal
|
MUST2_T4_CsI1_E -274.041 0.0334448
MUST2_T4_CsI2_E -238.158 0.029079
MUST2_T4_CsI3_E -212.05 0.0259187
MUST2_T4_CsI4_E -328.425 0.040072
MUST2_T4_CsI5_E -238.067 0.0290967
MUST2_T4_CsI6_E -255.208 0.0311713
MUST2_T4_CsI7_E -274.469 0.0334524
MUST2_T4_CsI8_E -264.172 0.0322145
MUST2_T4_CsI9_E -228.564 0.0279046
MUST2_T4_CsI10_E -274.475 0.0335075
MUST2_T4_CsI11_E -313.537 0.0382149
MUST2_T4_CsI12_E -333.735 0.0405833
MUST2_T4_CsI13_E -241.099 0.0294403
MUST2_T4_CsI14_E -214.379 0.026157
MUST2_T4_CsI15_E -212.264 0.0258707
MUST2_T4_CsI16_E -250.657 0.0305457
|
| Fixed | e744s |
Mon Apr 15 01:49:49 2019 |
Freddy | MUST2 | General | N/A | CsI - low energy suppression |
The suppression zone around the pedestals for the CsI was set to 8210 since the beginning of the experiment.
It corresponds to about 30 channels above the zero (8192). The gain for the CsI is of 40 keV/channel.
This gives an artifical threshold (visible in the dE-E) spectra for punch through event at about (30 ch * 40keV/ch = 1.2 MeV)
It is rather high and could possibly be lowered. This implies a change in the DAS which apparently has been closed since the beginning of the beam time to avoid interferences with GECO.
It has to be discussed during the day wether it is necessary/preferable or not.... |
| Attachment 1: run125_2_MUGAST_3_4.png
|
|
| Fixed | e744s |
Wed Apr 17 07:04:24 2019 |
Valerian (Mariluz was the one in charge of AGATA) | AGATA | Software | CH2 | Cristal 4A stopped |
| Cristal 4A was stopped during the night, see AGATA logbook for more details. |
| Fixed | e768s |
Fri Jul 19 13:09:14 2019 |
mugast | BEAM | General | LiF | Counting rates as a function of beam intensity |
| checking counting rates as a function of increasing beam intensity |
| Attachment 1: IMG_20190719_130411.jpg
|
|
| Fixed | e744s |
Sun Apr 14 14:23:15 2019 |
Nikola Dieter Nicolas Beyhan Kseniia | ONLINE | General | CH2 | Count rates |
|
| Attachment 1: Fag.png
|
|
| Attachment 2: Mugast.png
|
|
| Attachment 3: Agata.png
|
|
| Attachment 4: VAMOS.png
|
|
| Attachment 5: Cats1.png
|
|
| Fixed | TEST |
Wed Mar 6 15:02:51 2019 |
Valerian | MUST2 | Hardware | 3-alpha | Cooling temperature is relevant for the resolution |
Using run 52 -> 13deg and run 87 -> -5deg.
We see that the resolution improves at -5 degree. See attached picture as an example for MM2 X. |
| Attachment 1: MM2X_13deg.png
|
|
| Attachment 2: MM2X_minus5deg.png
|
|
| Pinned | com2019 |
Fri Apr 5 23:34:46 2019 |
Adrien et Valerian | OFFLINE | General | N/A | Converting data and adding stat to Kine Plot |
Here is a procedure to convert a run and add data the Kinematic plot.
Every 4Go there will be a file change, convert the file and add it to the chain using the following step:
Step O: Take your favorite ortholinear keyboard
Step 1: Login in the right environment
- open a terminal from one of the mugast computer
- type lpcgrit to login to lpcgrit and source the right environmt
- you should see red lpcgrit invite of command
Step 2: Convert the file using the offline program
This Convert the file from the ganil .dat file and contained only MUGAST and CATS stuff
- type npp MUGAST/offline in the terminal to reach the correct folder
- ./Offline run_com2019/run_0ZZZ-DD-MM-YY.HHhMMmSSs root_com2019/run_ZZZ_0.root
- OR
- ./Offline run_com2019/run_0ZZZ-DD-MM-YY.HHhMMmSSs.R root_com2019/run_ZZZ_R.root
Step 3: Analyse the file using the npanalysis program
This could be used with any file, either from Offline conversion, or the VAMOS Analysis conversion or the Merged Tree from AGATA.
- type npp MUGAST in the terminal to reach the correct folder
there is an error below caused by the ortholinear keyboard, I guess, corrected using a normal keyboard:
- npanalysis -D mugast.detector -C Calibration.txt -E ./Reaction/16Odp.reaction -T offline/root_com2019/run_0253.root AutoTree -O PhyZZZ.root
- The run will be created in the NPOutputs/ folder
Step 4: Add the file to the KineMacro
- vim macros/Kine.cxx
- Add the new file in the LoadChain method
- root macros/Kine.cxx
- Enjoy the soothing feeling of a smooth knematic line during a late night shift.
|
| Fixed | e744s |
Fri Apr 12 14:13:11 2019 |
Giuseppe D'Agata | OTHER | Software | N/A | Converted runs |
Runs additionally converted up to now:
70
71
80.0
80.1
81.0
81.1
82
83
84
85
86.1
91
94
95
96.1
97
98 |
| Fixed | e768s |
Sun Jul 21 16:42:20 2019 |
Marlène | OFFLINE | General | | Conversion of data from AGATA :update |
When VAMOS VXI crashed (run 118) the Action file was recompiled.
As AGATA conversion is not copying the ACTION file for each run, it used the old version by default (from 16th of july).
We have modified the do_global_replay.sh so that it takes the ACTION file from the Replay directory where we have copied the ACTION file for run_0119.
So for conversion of file before run 119, the ACTION file in the zworkingDir of AGATA should be used.
For all conversion of runs after run 119, the ACTION file in the Replay directory should be used. |
| Ongoing | e775s |
Sat Feb 29 03:26:52 2020 |
mugast | RUN | General | N/A | Continues RUN 153 |
Run 153 (target #2 CD2+Au)
Beam Intensity 4*10⁵
**** MUST2 crate A:
+10v/mg Slot: 5 (A1516B ) Channel:5 Vmon: 10 V Imon: 0.406 A Status: On
+10v/t14mg Slot: 2 (A1516 ) Channel:5 Vmon: 0 V Imon: 0.001 A Status: Off
+2.5V/MG10 Slot: 1 (A1518B ) Channel:2 Vmon: 0 V Imon: 0.015 A Status: Off
+2.5v/MG9 Slot: 1 (A1518B ) Channel:1 Vmon: 0 V Imon: 0.013 A Status: Off
+2.5v/mg1 Slot: 4 (A1518B ) Channel:2 Vmon: 2.5 V Imon: 1.264 A Status: On
+2.5v/mg11 Slot: 3 (A1518B ) Channel:2 Vmon: 2.49 V Imon: 1.197 A Status: On
+2.5v/mg3 Slot: 3 (A1518B ) Channel:0 Vmon: 2.49 V Imon: 1.241 A Status: On
+2.5v/mg4 Slot: 4 (A1518B ) Channel:1 Vmon: 2.49 V Imon: 1.24 A Status: On
+2.5v/mg5 Slot: 3 (A1518B ) Channel:1 Vmon: 2.49 V Imon: 1.253 A Status: On
+2.5v/mg7 Slot: 4 (A1518B ) Channel:0 Vmon: 2.49 V Imon: 1.269 A Status: On
+2.5v/t1 Slot: 0 (A1518B ) Channel:0 Vmon: 0 V Imon: 0.007 A Status: Off
+2.5v/t2 Slot: 0 (A1518B ) Channel:1 Vmon: 0 V Imon: 0.006 A Status: Off
+2.5v/t3 Slot: 0 (A1518B ) Channel:2 Vmon: 0 V Imon: 0 A Status: Off
+2.5v/t4 Slot: 1 (A1518B ) Channel:0 Vmon: 0 V Imon: 0.011 A Status: Off
+3.3v/mg Slot: 5 (A1516B ) Channel:2 Vmon: 3.29 V Imon: 0.973 A Status: On
+3.3v/t14mg Slot: 2 (A1516 ) Channel:2 Vmon: 0.03 V Imon: 0 A Status: Off
+5v/mg3511 Slot: 5 (A1516B ) Channel:3 Vmon: 5 V Imon: 0.546 A Status: On
+5v/mg741 Slot: 5 (A1516B ) Channel:4 Vmon: 5 V Imon: 0.555 A Status: On
+5v/t123 Slot: 2 (A1516 ) Channel:3 Vmon: 0.02 V Imon: 0.001 A Status: Off
+5v/t4mg Slot: 2 (A1516 ) Channel:4 Vmon: 0 V Imon: 0.001 A Status: Off
-2.5V/MG10 Slot: 1 (A1518B ) Channel:5 Vmon: 0 V Imon: 0.009 A Status: Off
-2.5V/MG9 Slot: 1 (A1518B ) Channel:4 Vmon: 0 V Imon: 0 A Status: Off
-2.5v/mg1 Slot: 4 (A1518B ) Channel:5 Vmon: 2.49 V Imon: 1.797 A Status: On
-2.5v/mg11 Slot: 3 (A1518B ) Channel:5 Vmon: 2.48 V Imon: 1.787 A Status: On
-2.5v/mg3 Slot: 3 (A1518B ) Channel:3 Vmon: 2.49 V Imon: 1.782 A Status: On
-2.5v/mg4 Slot: 4 (A1518B ) Channel:4 Vmon: 2.49 V Imon: 1.781 A Status: On
-2.5v/mg5 Slot: 3 (A1518B ) Channel:4 Vmon: 2.49 V Imon: 1.807 A Status: On
-2.5v/mg7 Slot: 4 (A1518B ) Channel:3 Vmon: 2.5 V Imon: 1.806 A Status: On
-2.5v/t1 Slot: 0 (A1518B ) Channel:3 Vmon: 0 V Imon: 0 A Status: Off
-2.5v/t2 Slot: 0 (A1518B ) Channel:4 Vmon: 0 V Imon: 0 A Status: Off
-2.5v/t3 Slot: 0 (A1518B ) Channel:5 Vmon: 0 V Imon: 0.006 A Status: Off
-2.5v/t4 Slot: 1 (A1518B ) Channel:3 Vmon: 0 V Imon: 0.007 A Status: Off
-5v/mg3511 Slot: 5 (A1516B ) Channel:0 Vmon: 4.99 V Imon: 0.357 A Status: On
-5v/mg741 Slot: 5 (A1516B ) Channel:1 Vmon: 5 V Imon: 0.345 A Status: On
-5v/t123 Slot: 2 (A1516 ) Channel:0 Vmon: 0 V Imon: 0.002 A Status: Off
-5v/t4mg Slot: 2 (A1516 ) Channel:1 Vmon: 0.01 V Imon: 0 A Status: Off
CsI/t1 Slot: 12 (A1837 ) Channel:0 Vmon: 0 V Imon: 0 uA Status: Off
CsI/t2 Slot: 12 (A1837 ) Channel:2 Vmon: 0 V Imon: 0 uA Status: Off
CsI/t3 Slot: 12 (A1837 ) Channel:4 Vmon: 0 V Imon: 0 uA Status: Off
CsI/t4 Slot: 12 (A1837 ) Channel:6 Vmon: 0 V Imon: 0 uA Status: Off
CsI/t5 Slot: 13 (A1837 ) Channel:0 Vmon: 0 V Imon: 0 uA Status: Off
CsI/t6 Slot: 13 (A1837 ) Channel:2 Vmon: 0 V Imon: 0 uA Status: Off
CsI/t7 Slot: 13 (A1837 ) Channel:4 Vmon: 0.02 V Imon: 0 uA Status: Off
CsI/t8 Slot: 13 (A1837 ) Channel:6 Vmon: 0 V Imon: 0 uA Status: Off
DSSD/t1 Slot: 12 (A1837 ) Channel:1 Vmon: 0 V Imon: 0 uA Status: Off
DSSD/t2 Slot: 12 (A1837 ) Channel:3 Vmon: 0 V Imon: 0 uA Status: Off
DSSD/t3 Slot: 12 (A1837 ) Channel:5 Vmon: 0 V Imon: 0 uA Status: Off
DSSD/t4 Slot: 12 (A1837 ) Channel:7 Vmon: 0 V Imon: 0 uA Status: Off
MG11A Slot: 13 (A1837 ) Channel:5 Vmon: 79.9 V Imon: 0.2 uA Status: On
MG1T Slot: 13 (A1837 ) Channel:11 Vmon: 139.82 V Imon: 0.7 uA Status: On
MG2T Slot: 12 (A1837 ) Channel:10 Vmon: 80.06 V Imon: 2.75 uA Status: On
MG3T Slot: 13 (A1837 ) Channel:1 Vmon: 159.96 V Imon: 0.5 uA Status: On
MG4T Slot: 13 (A1837 ) Channel:9 Vmon: 95.12 V Imon: 0.8 uA Status: On
MG5T Slot: 13 (A1837 ) Channel:3 Vmon: 149.94 V Imon: 1 uA Status: On
MG6T Slot: 12 (A1837 ) Channel:11 Vmon: 80.02 V Imon: 1.1 uA Status: On
MG7T Slot: 13 (A1837 ) Channel:7 Vmon: 119.98 V Imon: 1.2 uA Status: On
MG9C_MUST2 Slot: 12 (A1837 ) Channel:9 Vmon: 0 V Imon: 0 uA Status: Off
spare1 Slot: 12 (A1837 ) Channel:8 Vmon: 0 V Imon: 0 uA Status: Off
spare3 Slot: 13 (A1837 ) Channel:8 Vmon: 0 V Imon: 0 uA Status: Off
spare4 Slot: 13 (A1837 ) Channel:10 Vmon: 0 V Imon: 0 uA Status: Off
**** MUST2 crate B:
+10V/t1234 Slot: 3 (A1516B ) Channel:5 Vmon: 9.99 V Imon: 0.159 A Status: On
+2.5V/t1 Slot: 1 (A1518B ) Channel:0 Vmon: 2.49 V Imon: 1.294 A Status: On
+2.5V/t2 Slot: 1 (A1518B ) Channel:1 Vmon: 2.49 V Imon: 0.058 A Status: On
+2.5V/t3 Slot: 1 (A1518B ) Channel:2 Vmon: 2.49 V Imon: 0.064 A Status: On
+2.5V/t4 Slot: 2 (A1518B ) Channel:0 Vmon: 2.49 V Imon: 0.006 A Status: On
+2.5V/t5 Slot: 2 (A1518B ) Channel:1 Vmon: 2.49 V Imon: 0.004 A Status: On
+2.5V/t6 Slot: 2 (A1518B ) Channel:2 Vmon: 2.49 V Imon: 1.21 A Status: On
+3.3V/t123 Slot: 3 (A1516B ) Channel:2 Vmon: 3.29 V Imon: 0.327 A Status: On
+5V/t123 Slot: 3 (A1516B ) Channel:3 Vmon: 4.99 V Imon: 0.182 A Status: On
+5V/t456 Slot: 3 (A1516B ) Channel:4 Vmon: 4.91 V Imon: 0.576 A Status: On
-2.5V/t1 Slot: 1 (A1518B ) Channel:3 Vmon: 2.49 V Imon: 0.06 A Status: On
-2.5V/t2 Slot: 1 (A1518B ) Channel:4 Vmon: 2.49 V Imon: 0.06 A Status: On
-2.5V/t3 Slot: 1 (A1518B ) Channel:5 Vmon: 2.49 V Imon: 1.825 A Status: On
-2.5V/t4 Slot: 2 (A1518B ) Channel:3 Vmon: 2.49 V Imon: 0.003 A Status: On
-2.5V/t5 Slot: 2 (A1518B ) Channel:4 Vmon: 2.49 V Imon: 0.005 A Status: On
-2.5V/t6 Slot: 2 (A1518B ) Channel:5 Vmon: 2.49 V Imon: 1.798 A Status: On
-5V/t123 Slot: 3 (A1516B ) Channel:0 Vmon: 5 V Imon: 0.116 A Status: On
-5V/t456 Slot: 3 (A1516B ) Channel:1 Vmon: 5 V Imon: 0.252 A Status: On
**** VAMOS crate:
Slot: 8 (A1821H ) Channel:1 Vmon: 0 V Imon: 0 uA Status: Off
CHANNEL00 Slot: 9 (A1821H ) Channel:0 Vmon: 0 V Imon: 0 uA Status: Off
CHANNEL01 Slot: 9 (A1821H ) Channel:1 Vmon: 0 V Imon: 0 uA Status: Off
CHANNEL02 Slot: 9 (A1821H ) Channel:2 Vmon: 0 V Imon: 0 uA Status: Off
CHANNEL03 Slot: 9 (A1821H ) Channel:3 Vmon: 0 V Imon: 0 uA Status: Off
CHANNEL04 Slot: 9 (A1821H ) Channel:4 Vmon: 0 V Imon: 0 uA Status: Off
CHANNEL05 Slot: 9 (A1821H ) Channel:5 Vmon: 0 V Imon: 0 uA Status: Off
CHANNEL06 Slot: 9 (A1821H ) Channel:6 Vmon: 0 V Imon: 0 uA Status: Off
CHANNEL07 Slot: 9 (A1821H ) Channel:7 Vmon: 0 V Imon: 0 uA Status: Off
CHANNEL08 Slot: 9 (A1821H ) Channel:8 Vmon: 0 V Imon: 0 uA Status: Off
CHANNEL09 Slot: 9 (A1821H ) Channel:9 Vmon: 0 V Imon: 0 uA Status: Off
CHANNEL10 Slot: 9 (A1821H ) Channel:10 Vmon: 0 V Imon: 0 uA Status: Off
CHANNEL11 Slot: 9 (A1821H ) Channel:11 Vmon: 0 V Imon: 0 uA Status: Off
FP_CATS0 Slot: 2 (A1821HMP) Channel:6 Vmon: 729.75 V Imon: 0.733 uA Status: On
FP_CATS1 Slot: 2 (A1821HMP) Channel:7 Vmon: 639.75 V Imon: 0 uA Status: On
FP_CATS2 Slot: 2 (A1821HMP) Channel:8 Vmon: 649.75 V Imon: 0.005 uA Status: On
FP_CATS3 Slot: 2 (A1821HMP) Channel:9 Vmon: 649.75 V Imon: 0.019 uA Status: On
FP_CATS4 Slot: 2 (A1821HMP) Channel:10 Vmon: 664.5 V Imon: 0.16 uA Status: On
FP_CATS5 Slot: 2 (A1821HMP) Channel:11 Vmon: 649.5 V Imon: 0.04 uA Status: On
FP_DC1_cat Slot: 3 (A1821HM ) Channel:0 Vmon: 0 V Imon: 0 uA Status: Off
FP_DC2_cat Slot: 3 (A1821HM ) Channel:1 Vmon: 0 V Imon: 0 uA Status: Off
FP_DC_Wi1 Slot: 6 (A1821H ) Channel:0 Vmon: 0 V Imon: 0 uA Status: Off
FP_DC_Wi2 Slot: 6 (A1821H ) Channel:1 Vmon: 0 V Imon: 0 uA Status: Off
FP_DC_Wi3 Slot: 6 (A1821H ) Channel:2 Vmon: 0 V Imon: 0 uA Status: Off
FP_DC_Wi4 Slot: 6 (A1821H ) Channel:3 Vmon: 0 V Imon: 0 uA Status: Off
FP_IC_Cath Slot: 10 (AG5262 ) Channel:0 Vmon: 7 V Imon: 0.02 uA Status: Off
FP_IC_PAD Slot: 7 (A1821H ) Channel:1 Vmon: 0 V Imon: 0 uA Status: Off
FP_IC_Wi Slot: 7 (A1821H ) Channel:0 Vmon: 0 V Imon: 0 uA Status: Off
FP_IC_casq Slot: 10 (AG5262 ) Channel:1 Vmon: 5 V Imon: 0.02 uA Status: Off
FP_diamond Slot: 8 (A1821H ) Channel:0 Vmon: 0 V Imon: 0.001 uA Status: Off
FP_mob_pla Slot: 5 (A18332 ) Channel:0 Vmon: 0 V Imon: 0 uA Status: Off
Si1 Slot: 8 (A1821H ) Channel:5 Vmon: 0 V Imon: 0 uA Status: Off
Si2 Slot: 8 (A1821H ) Channel:6 Vmon: 0 V Imon: 0 uA Status: Off
Si3 Slot: 8 (A1821H ) Channel:7 Vmon: 0 V Imon: 0 uA Status: Off
Si4 Slot: 8 (A1821H ) Channel:8 Vmon: 0 V Imon: 0 uA Status: Off
Si5 Slot: 8 (A1821H ) Channel:9 Vmon: 0 V Imon: 0 uA Status: Off
Si6 Slot: 8 (A1821H ) Channel:10 Vmon: 0 V Imon: 0 uA Status: Off
Si7 Slot: 8 (A1821H ) Channel:11 Vmon: 0 V Imon: 0 uA Status: Off
TP_DC1 Slot: 3 (A1821HM ) Channel:6 Vmon: 0.5 V Imon: 0.02 uA Status: Off
TP_DC2 Slot: 3 (A1821HM ) Channel:7 Vmon: 0.25 V Imon: 0 uA Status: Off |
| Attachment 1: RUN153_online0305.png
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| Attachment 2: RUN153_online0306.png
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| Attachment 3: RUN153_online0307.png
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| Attachment 4: RUN153_online0308.png
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| Attachment 5: RUN153_online0309.png
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| Fixed | e744s |
Thu Apr 11 11:36:09 2019 |
Valerian | OFFLINE | Software | CH2 | Comparison between the two e744 |
| Current calibration is off, a shift of -1.5MeV was done to reproduce the previous data. |
| Attachment 1: current_exp_old_e744.png
|
|
| Fixed | e744s |
Fri Apr 12 10:12:45 2019 |
Valerian | OFFLINE | Software | CH2 | Comparison between HF and CATS for ELab ThetaLab |
| Using the HF show noises that is not seen with CATS on the ToF spectra |
| Attachment 1: ELabThetaLabrun87_E744_HFvsCATS.png
|
|