Fixed, e768s, Sat Jul 20 19:12:58 2019, Faïrouz & Sylvain, RUN, General, LiF, Run 118 screenshots @ 19h14 20x
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Fixed, e768s, Thu Jul 18 19:40:11 2019, iulian, OFFLINE, General, LiF, Ex in 19F from run 72
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Excitation energy spectra in 19F obtained by conditioning Z==9 and (A/Q*8-19)<0.3 in Vamos for
MG5
MG11
Trapezoidal detectors
All backward detectors |
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Fixed, e768s, Thu Jul 18 22:50:58 2019, iulian, Jenn, Franco, OFFLINE, General, LiF, Ex in 19F from run 72
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| Gamma energy vs excitation energy in 19F with all backward detectors for run 0072_0 |
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Fixed, e768s, Sat Jul 20 19:23:37 2019, Christiqn, OFFLINE, General, LiF, Ex in 19F from run 72
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Data: Total integral for peak region around 4 MeV in 19F during run 72:
~35 average peak height over 27 bins = 945 counts. Note that this includes what looks like background in the spectrum. In reality, however, this should be considered part of the yield, because the 1.5 MeV , 4.0 MeV peak, and 5.5 MeV peaks just about touch, and are about the same intensity. So realistic integral is approximately the number of counts between 2.8 and 4.8 MeV.
Comparison to previously observed cross section [F. de O.]:
Ex = 3.999+4.033 [19F]
d-sigma/d-Omega ~ 3.5mb/sr (approximately constant over the range of 0-20 deg c.m.
d-Omega = 0.061 sr [over 0-20 deg. c.m]
=>
sigma = 0.21mb
Assumed efficiencies:
e_MUGAST = 0.5
e_charge-state = 0.5
e_VAMOS = 0.8 [intrinsic]
d_tgt = 337ug/cm2 [7Li component]
Run72:
beam = 1e8pps
run time = 2.4h
Total reaction rate = 2.2k/h
Coincidence detection rate = 440/h
Coincidence detection yield over 2.4h [run72] = 1056
Consistent with the observation for MUGAST-VAMOS coincidences for the run. |
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Fixed, e768s, Sat Jul 20 19:24:31 2019, Faïrouz & Sylvain, RUN, General, LiF, Beam intensity is decreasing.
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The beam intensity decreased by half since 19h00 (600 in Vamos-or)due to the primary beam.
The operators are working on it since.
The intensity of 10^7 pps came back at 8 pm.
Intensity measurement with the profiler 1.1x10^7 pps for Or-Vamos=1100 |
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Fixed, e768s, Sat Jul 20 21:10:57 2019, Faïrouz & Sylvain, RUN, General, LiF, Run 118 stopped because VXI Vamos turned offline because of overheat
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| Run 118 stopped because VXI Vamos turned offline of overheat |
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Fixed, e768s, Sat Jul 20 23:18:02 2019, OttoRun, RUN, General, LiF, Run119
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*************************
Run : 119
*************************
Start at 2019-07-20 23:17:24.464827
Start after SECOND overtemperature of VXI VAMOS.
Stop at 2019-07-21 20:12:21.834156
Stop comment: stopped because intensity dropped to 6e6 pps (profiler) PCP working on optimization |
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Fixed, e768s, Sat Jul 20 19:21:56 2019, Marlene, Nicolas, Christian, Fairouz, OFFLINE, General, , Trying to understand AGATA g-ray yields
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goal: we want to check whether the yields of the 1297.7 keV (from 19Ne 1536, 3/2+, l=1 state) and 1340 keV (from 19Ne 1615, 3/2-, l=2 state) g-ray lines is compatible with what we expect from x-sec calculations
conditions: we consider runs 112, 115 and 116
observations:
N(1297) = 17 g-rays
N(1340) = 23 g-rays
remarks:
Given x-sec from mirror nucleus (Francois 15N(7Limt) paper) we expect N(1340) >~ N(1297)
ingredients:
1. beam normalization
We use the TAC_FPMW_HF as a proxy. During the same time we integrate the prompt peak and compare the integrated OR VAMOS scaler, we find Scaler(OR VAMOS)/N(TAC) = 193.
We use the comparison of the OR VAMOS (pps) and the beam profiler (pps), we find profiler/OR VAMOS = 1e4
We obtain (2.17e5 + 6.44e4 + 3.52e5)*193*1e4 = 1.2 e12 15O incident particles (at profiler position!)
2. target thickness -> known to be 1.25 mg/cm2 of LiF (RBS measurement)
N(Li) = 1.25e-3 / (19+7) * 6.02e23 at/cm2
3.efficiencies
AGATA @ 1.3 MeV -> 7.5 %
VAMOS intrinsic -> 67 % (Eff_Check.C macro applied to run 116)
MUGAST -> 50 % (lab, geometry), needed because MUGAST is the main trigger
4. 19Ne charge state
we assume 40 % for 9+
5. g-ray branching ratio -> taken from NNDC
6. cross-section
we calculate differential cross section for the 1536-keV 19Ne state (FRESCO, FR-DWBA)
-> at 0 deg, ds/dW =
-> integrated x-sec in VAMOS acceptance (4 deg (lab) -> 20 deg (cm)) = 445 micro barn (C2Sa = 1)
-> taking into account know spectroscopic factor form analog state -> 89 micro barn
Conclusion:
for the 1536-keV 19Ne state we obtain 30 g-rays, instead of 17.
Discussion:
This factor of two could be well within the mirror symmetry assumption. However it seems it is also the case for the 1615-keV 19Ne state, so would not it be a systematic error with a factor of two missing somewhere (beam transmission between the profiler and the target? deficiencies?)? |
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Fixed, e768s, Sat Jul 20 23:32:44 2019, Sylvain Fairouz, OFFLINE, General, , Trying to understand AGATA g-ray yields
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| Marlene, Nicolas, Christian, Fairouz wrote: | goal: we want to check whether the yields of the 1297.7 keV (from 19Ne 1536, 3/2+, l=1 state) and 1340 keV (from 19Ne 1615, 3/2-, l=2 state) g-ray lines is compatible with what we expect from x-sec calculations
conditions: we consider runs 112, 115 and 116
observations:
N(1297) = 17 g-rays
N(1340) = 23 g-rays
remarks:
Given x-sec from mirror nucleus (Francois 15N(7Limt) paper) we expect N(1340) >~ N(1297)
ingredients:
1. beam normalization
We use the TAC_FPMW_HF as a proxy. During the same time we integrate the prompt peak and compare the integrated OR VAMOS scaler, we find Scaler(OR VAMOS)/N(TAC) = 193.
We use the comparison of the OR VAMOS (pps) and the beam profiler (pps), we find profiler/OR VAMOS = 1e4
We obtain (2.17e5 + 6.44e4 + 3.52e5)*193*1e4 = 1.2 e12 15O incident particles (at profiler position!)
2. target thickness -> known to be 1.25 mg/cm2 of LiF (RBS measurement)
N(Li) = 1.25e-3 / (19+7) * 6.02e23 at/cm2
3.efficiencies
AGATA @ 1.3 MeV -> 7.5 %
VAMOS intrinsic -> 67 % (Eff_Check.C macro applied to run 116)
MUGAST -> 50 % (lab, geometry), needed because MUGAST is the main trigger
4. 19Ne charge state
we assume 40 % for 9+
5. g-ray branching ratio -> taken from NNDC
6. cross-section
we calculate differential cross section for the 1536-keV 19Ne state (FRESCO, FR-DWBA)
-> at 0 deg, ds/dW =
-> integrated x-sec in VAMOS acceptance (4 deg (lab) -> 20 deg (cm)) = 445 micro barn (C2Sa = 1)
-> taking into account know spectroscopic factor form analog state -> 89 micro barn
Conclusion:
for the 1536-keV 19Ne state we obtain 30 g-rays, instead of 17.
Discussion:
This factor of two could be well within the mirror symmetry assumption. However it seems it is also the case for the 1615-keV 19Ne state, so would not it be a systematic error with a factor of two missing somewhere (beam transmission between the profiler and the target? deficiencies?)? |
We have investigated quickly the 15N(7Li,t)19F reaction based on run 0072. (gamma spectrum corresponding to all run data and with doppler correction with beta 0.08 can be found in /data/mugastX/mugast/acquisition/root/Run72_19Fe_8p.root)
To simplify the analysis the TS were restricted from 46000s to 52000s (/data/mugastX/mugast/acquisition/root/Run72_19Fe_8p_TSGate.root). The beam intentisty was assumed constant and equal to 1.e8 pps (for a total of 6.e11 beam like particle)
The 3/2+ and 3/2- states in 19F produce respectively 1356keV and 1348keV gamma. Counts were estimated roughly with double gaussian fit to be equal to
I(1348) = 21.9 counts
I(1256) = 16.4 counts
Assuming all others parameters are comparable with the previous analysis the counting obtained seems consistent with the measured Salpha=0,2 in previous experiment, Everything seems ok based on this very rough first analysis |
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Fixed, e768s, Sat Jul 20 23:43:02 2019, mugast, RUN, General, LiF, Run 119 (Problem with VXI fixed for the moment)
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Run 119.
Or-Vamos= 1430 ---> I=1.43x10^7 pps |
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Fixed, e768s, Sat Jul 20 23:57:34 2019, Diego, OFFLINE, General, , VAMOS acceptance, comparison between 9+ and 10+ states
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Figures above, simulation of VAMOS acceptance for 10+ and 9+ 19Ne charge states. Ratio between them quite big (0.58)
Figures below, comparison of the states with offline data. Ratio much smaller.
It seems like acceptance doesn't cut the 10+ charge state too much, but 10+ is less produced than 9+. |
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Fixed, e768s, Sun Jul 21 01:57:59 2019, Jenn & Franck, ONLINE, General, LiF, Screenshots run 119 21x
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Fixed, TEST, Sun Jul 21 02:42:56 2019, OttoH.V., OTHER, Hardware, N/A, HVM_SUMMARY
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*** hvm watcher summary ***
Slot: 8 (A1821H) Channel:1 Vmon: 0 V Imon: 0.001 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: 0.001 uA Status: Off
CHANNEL02 Slot: 9 (A1821H) Channel:2 Vmon: 0 V Imon: 0.001 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: 0.001 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: 0.001 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: 0.001 uA Status: Off
FP_CATS0 Slot: 2 (A1821HMP) Channel:6 Vmon: 529.5 V Imon: 0.005 uA Status: On
FP_CATS1 Slot: 2 (A1821HMP) Channel:7 Vmon: 529.25 V Imon: 0 uA Status: On
FP_CATS2 Slot: 2 (A1821HMP) Channel:8 Vmon: 529.5 V Imon: 0.002 uA Status: On
FP_CATS3 Slot: 2 (A1821HMP) Channel:9 Vmon: 529.25 V Imon: 0.001 uA Status: On
FP_CATS4 Slot: 2 (A1821HMP) Channel:10 Vmon: 529 V Imon: 0.08 uA Status: On
FP_CATS5 Slot: 2 (A1821HMP) Channel:11 Vmon: 528.5 V Imon: 0.04 uA Status: On
FP_DC1_cat Slot: 3 (A1821HM) Channel:0 Vmon: 499.75 V Imon: 30.36 uA Status: On
FP_DC2_cat Slot: 3 (A1821HM) Channel:1 Vmon: 499.5 V Imon: 30.32 uA Status: On
FP_DC_Wi1 Slot: 6 (A1821H) Channel:0 Vmon: 650 V Imon: 0 uA Status: On
FP_DC_Wi2 Slot: 6 (A1821H) Channel:1 Vmon: 650 V Imon: 0 uA Status: On
FP_DC_Wi3 Slot: 6 (A1821H) Channel:2 Vmon: 649.75 V Imon: 0.001 uA Status: On
FP_DC_Wi4 Slot: 6 (A1821H) Channel:3 Vmon: 650.25 V Imon: 0.001 uA Status: On
FP_IC_Cath Slot: 10 (AG5262) Channel:0 Vmon: 993 V Imon: 19.76 uA Status: On
FP_IC_PAD Slot: 7 (A1821H) Channel:1 Vmon: 404.5 V Imon: 0 uA Status: On
FP_IC_Wi Slot: 7 (A1821H) Channel:0 Vmon: 134.5 V Imon: 0 uA Status: On
FP_IC_casq Slot: 10 (AG5262) Channel:1 Vmon: 994 V Imon: 0.02 uA Status: On
FP_diamond Slot: 8 (A1821H) Channel:0 Vmon: 399.75 V Imon: 0.003 uA Status: On
FP_mob_pla Slot: 5 (A18332) Channel:0 Vmon: 0 V Imon: 0.2 uA Status: Off
Si1 Slot: 8 (A1821H) Channel:5 Vmon: 0 V Imon: 0.001 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: 0.001 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: 0.25 V Imon: 0.02 uA Status: Off
TP_DC2 Slot: 3 (A1821HM) Channel:7 Vmon: 0 V Imon: 0 uA Status: Off
x Slot: 7 (A1821H) Channel:11 Vmon: 0 V Imon: 0 uA Status: Off
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Fixed, TEST, Sun Jul 21 02:42:56 2019, OttoH.V., OTHER, Hardware, N/A, HVM_SUMMARY
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*** hvm watcher summary ***
+10v/mg Slot: 5 (A1516B) Channel:5 Vmon: 10 V Imon: 0.407 A Status: On
+10v/t14mg Slot: 2 (A1516 ) Channel:5 Vmon: 10 V Imon: 0.577 A Status: On
+2.5V/MG10 Slot: 1 (A1518B) Channel:2 Vmon: 2.5 V Imon: 1.167 A Status: On
+2.5v/MG9 Slot: 1 (A1518B) Channel:1 Vmon: 2.49 V Imon: 1.196 A Status: On
+2.5v/mg1 Slot: 4 (A1518B) Channel:2 Vmon: 2.5 V Imon: 1.263 A Status: On
+2.5v/mg11 Slot: 3 (A1518B) Channel:2 Vmon: 2.49 V Imon: 1.199 A Status: On
+2.5v/mg3 Slot: 3 (A1518B) Channel:0 Vmon: 2.49 V Imon: 1.254 A Status: On
+2.5v/mg4 Slot: 4 (A1518B) Channel:1 Vmon: 2.49 V Imon: 1.246 A Status: On
+2.5v/mg5 Slot: 3 (A1518B) Channel:1 Vmon: 2.49 V Imon: 1.251 A Status: On
+2.5v/mg7 Slot: 4 (A1518B) Channel:0 Vmon: 2.49 V Imon: 1.256 A Status: On
+2.5v/t1 Slot: 0 (A1518B) Channel:0 Vmon: 2.49 V Imon: 1.21 A Status: On
+2.5v/t2 Slot: 0 (A1518B) Channel:1 Vmon: 2.49 V Imon: 1.205 A Status: On
+2.5v/t3 Slot: 0 (A1518B) Channel:2 Vmon: 2.49 V Imon: 1.195 A Status: On
+2.5v/t4 Slot: 1 (A1518B) Channel:0 Vmon: 2.49 V Imon: 1.214 A Status: On
+3.3v/mg Slot: 5 (A1516B) Channel:2 Vmon: 3.29 V Imon: 0.989 A Status: On
+3.3v/t14mg Slot: 2 (A1516 ) Channel:2 Vmon: 3.3 V Imon: 0.976 A Status: On
+5v/mg3511 Slot: 5 (A1516B) Channel:3 Vmon: 5 V Imon: 0.569 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: 5.04 V Imon: 0.629 A Status: On
+5v/t4mg Slot: 2 (A1516 ) Channel:4 Vmon: 4.97 V Imon: 0.63 A Status: On
-2.5V/MG10 Slot: 1 (A1518B) Channel:5 Vmon: 2.49 V Imon: 1.773 A Status: On
-2.5V/MG9 Slot: 1 (A1518B) Channel:4 Vmon: 2.5 V Imon: 1.791 A Status: On
-2.5v/mg1 Slot: 4 (A1518B) Channel:5 Vmon: 2.49 V Imon: 1.801 A Status: On
-2.5v/mg11 Slot: 3 (A1518B) Channel:5 Vmon: 2.48 V Imon: 1.788 A Status: On
-2.5v/mg3 Slot: 3 (A1518B) Channel:3 Vmon: 2.5 V Imon: 1.805 A Status: On
-2.5v/mg4 Slot: 4 (A1518B) Channel:4 Vmon: 2.5 V Imon: 1.796 A Status: On
-2.5v/mg5 Slot: 3 (A1518B) Channel:4 Vmon: 2.5 V Imon: 1.812 A Status: On
-2.5v/mg7 Slot: 4 (A1518B) Channel:3 Vmon: 2.5 V Imon: 1.799 A Status: On
-2.5v/t1 Slot: 0 (A1518B) Channel:3 Vmon: 2.49 V Imon: 1.791 A Status: On
-2.5v/t2 Slot: 0 (A1518B) Channel:4 Vmon: 2.49 V Imon: 1.809 A Status: On
-2.5v/t3 Slot: 0 (A1518B) Channel:5 Vmon: 2.49 V Imon: 1.806 A Status: On
-2.5v/t4 Slot: 1 (A1518B) Channel:3 Vmon: 2.51 V Imon: 1.833 A Status: On
-5v/mg3511 Slot: 5 (A1516B) Channel:0 Vmon: 4.99 V Imon: 0.36 A Status: On
-5v/mg741 Slot: 5 (A1516B) Channel:1 Vmon: 5 V Imon: 0.344 A Status: On
-5v/t123 Slot: 2 (A1516 ) Channel:0 Vmon: 5.02 V Imon: 0.419 A Status: On
-5v/t4mg Slot: 2 (A1516 ) Channel:1 Vmon: 4.99 V Imon: 0.393 A Status: On
CsI/t1 Slot: 12 (A1837 ) Channel:0 Vmon: 50 V Imon: 0 uA Status: On
CsI/t2 Slot: 12 (A1837 ) Channel:2 Vmon: 49.98 V Imon: 0 uA Status: On
CsI/t3 Slot: 12 (A1837 ) Channel:4 Vmon: 50.02 V Imon: 0 uA Status: On
CsI/t4 Slot: 12 (A1837 ) Channel:6 Vmon: 50 V Imon: 0 uA Status: On
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 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: 70 V Imon: 0.63 uA Status: On
DSSD/t2 Slot: 12 (A1837 ) Channel:3 Vmon: 70 V Imon: 0.65 uA Status: On
DSSD/t3 Slot: 12 (A1837 ) Channel:5 Vmon: 70 V Imon: 2.89 uA Status: On
DSSD/t4 Slot: 12 (A1837 ) Channel:7 Vmon: 69.58 V Imon: 0.54 uA Status: On
MG10C Slot: 12 (A1837 ) Channel:11 Vmon: 0 V Imon: 0 uA Status: Off
MG11A Slot: 13 (A1837 ) Channel:5 Vmon: 59.86 V Imon: 0.2 uA Status: On
MG1T Slot: 13 (A1837 ) Channel:11 Vmon: 139.78 V Imon: 0.8 uA Status: On
MG3T Slot: 13 (A1837 ) Channel:1 Vmon: 159.88 V Imon: 0.4 uA Status: On
MG4T Slot: 13 (A1837 ) Channel:9 Vmon: 95.04 V Imon: 0.9 uA Status: On
MG5T Slot: 13 (A1837 ) Channel:3 Vmon: 149.86 V Imon: 1 uA Status: On
MG7T Slot: 13 (A1837 ) Channel:7 Vmon: 119.92 V Imon: 1.2 uA Status: On
MG9C Slot: 12 (A1837 ) Channel:9 Vmon: 189.74 V Imon: 0.41 uA Status: On
spare1 Slot: 12 (A1837 ) Channel:8 Vmon: 0 V Imon: 0 uA Status: Off
spare2 Slot: 12 (A1837 ) Channel:10 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
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Fixed, e768s, Sun Jul 21 10:58:39 2019, Christian, AGATA, General, LiF, 13c resync
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13c resync at 10.57
lost 5 min agata data |
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Fixed, TEST, Sun Jul 21 11:47:28 2019, OttoH.V., OTHER, Hardware, N/A, HVM_SUMMARY
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*** hvm watcher summary ***
Slot: 8 (A1821H) Channel:1 Vmon: 0 V Imon: 0.001 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: 0.001 uA Status: Off
CHANNEL02 Slot: 9 (A1821H) Channel:2 Vmon: 0 V Imon: 0.001 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: 0.001 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: 0.001 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: 0.001 uA Status: Off
FP_CATS0 Slot: 2 (A1821HMP) Channel:6 Vmon: 529.5 V Imon: 0.005 uA Status: On
FP_CATS1 Slot: 2 (A1821HMP) Channel:7 Vmon: 529.25 V Imon: 0 uA Status: On
FP_CATS2 Slot: 2 (A1821HMP) Channel:8 Vmon: 529.5 V Imon: 0.001 uA Status: On
FP_CATS3 Slot: 2 (A1821HMP) Channel:9 Vmon: 529.25 V Imon: 0 uA Status: On
FP_CATS4 Slot: 2 (A1821HMP) Channel:10 Vmon: 529 V Imon: 0.08 uA Status: On
FP_CATS5 Slot: 2 (A1821HMP) Channel:11 Vmon: 528.5 V Imon: 0.04 uA Status: On
FP_DC1_cat Slot: 3 (A1821HM) Channel:0 Vmon: 499.75 V Imon: 30.36 uA Status: On
FP_DC2_cat Slot: 3 (A1821HM) Channel:1 Vmon: 499.5 V Imon: 30.32 uA Status: On
FP_DC_Wi1 Slot: 6 (A1821H) Channel:0 Vmon: 650 V Imon: 0 uA Status: On
FP_DC_Wi2 Slot: 6 (A1821H) Channel:1 Vmon: 650 V Imon: 0 uA Status: On
FP_DC_Wi3 Slot: 6 (A1821H) Channel:2 Vmon: 649.75 V Imon: 0.001 uA Status: On
FP_DC_Wi4 Slot: 6 (A1821H) Channel:3 Vmon: 650 V Imon: 0.001 uA Status: On
FP_IC_Cath Slot: 10 (AG5262) Channel:0 Vmon: 993 V Imon: 19.77 uA Status: On
FP_IC_PAD Slot: 7 (A1821H) Channel:1 Vmon: 404.5 V Imon: 0 uA Status: On
FP_IC_Wi Slot: 7 (A1821H) Channel:0 Vmon: 134.5 V Imon: 0 uA Status: On
FP_IC_casq Slot: 10 (AG5262) Channel:1 Vmon: 994 V Imon: 0.02 uA Status: On
FP_diamond Slot: 8 (A1821H) Channel:0 Vmon: 399.75 V Imon: 0.004 uA Status: On
FP_mob_pla Slot: 5 (A18332) Channel:0 Vmon: 0 V Imon: 0.2 uA Status: Off
Si1 Slot: 8 (A1821H) Channel:5 Vmon: 0 V Imon: 0.001 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: 0.001 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: 0.25 V Imon: 0.02 uA Status: Off
TP_DC2 Slot: 3 (A1821HM) Channel:7 Vmon: 0 V Imon: 0 uA Status: Off
x Slot: 7 (A1821H) Channel:11 Vmon: 0 V Imon: 0 uA Status: Off
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Fixed, TEST, Sun Jul 21 11:47:28 2019, OttoH.V., OTHER, Hardware, N/A, HVM_SUMMARY
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*** hvm watcher summary ***
+10v/mg Slot: 5 (A1516B) Channel:5 Vmon: 10 V Imon: 0.408 A Status: On
+10v/t14mg Slot: 2 (A1516 ) Channel:5 Vmon: 10 V Imon: 0.577 A Status: On
+2.5V/MG10 Slot: 1 (A1518B) Channel:2 Vmon: 2.5 V Imon: 1.167 A Status: On
+2.5v/MG9 Slot: 1 (A1518B) Channel:1 Vmon: 2.49 V Imon: 1.196 A Status: On
+2.5v/mg1 Slot: 4 (A1518B) Channel:2 Vmon: 2.5 V Imon: 1.263 A Status: On
+2.5v/mg11 Slot: 3 (A1518B) Channel:2 Vmon: 2.49 V Imon: 1.2 A Status: On
+2.5v/mg3 Slot: 3 (A1518B) Channel:0 Vmon: 2.49 V Imon: 1.254 A Status: On
+2.5v/mg4 Slot: 4 (A1518B) Channel:1 Vmon: 2.49 V Imon: 1.245 A Status: On
+2.5v/mg5 Slot: 3 (A1518B) Channel:1 Vmon: 2.49 V Imon: 1.251 A Status: On
+2.5v/mg7 Slot: 4 (A1518B) Channel:0 Vmon: 2.49 V Imon: 1.256 A Status: On
+2.5v/t1 Slot: 0 (A1518B) Channel:0 Vmon: 2.49 V Imon: 1.21 A Status: On
+2.5v/t2 Slot: 0 (A1518B) Channel:1 Vmon: 2.49 V Imon: 1.205 A Status: On
+2.5v/t3 Slot: 0 (A1518B) Channel:2 Vmon: 2.49 V Imon: 1.195 A Status: On
+2.5v/t4 Slot: 1 (A1518B) Channel:0 Vmon: 2.49 V Imon: 1.214 A Status: On
+3.3v/mg Slot: 5 (A1516B) Channel:2 Vmon: 3.29 V Imon: 0.989 A Status: On
+3.3v/t14mg Slot: 2 (A1516 ) Channel:2 Vmon: 3.3 V Imon: 0.976 A Status: On
+5v/mg3511 Slot: 5 (A1516B) Channel:3 Vmon: 5 V Imon: 0.569 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: 5.04 V Imon: 0.63 A Status: On
+5v/t4mg Slot: 2 (A1516 ) Channel:4 Vmon: 4.97 V Imon: 0.629 A Status: On
-2.5V/MG10 Slot: 1 (A1518B) Channel:5 Vmon: 2.49 V Imon: 1.774 A Status: On
-2.5V/MG9 Slot: 1 (A1518B) Channel:4 Vmon: 2.5 V Imon: 1.791 A Status: On
-2.5v/mg1 Slot: 4 (A1518B) Channel:5 Vmon: 2.49 V Imon: 1.802 A Status: On
-2.5v/mg11 Slot: 3 (A1518B) Channel:5 Vmon: 2.48 V Imon: 1.788 A Status: On
-2.5v/mg3 Slot: 3 (A1518B) Channel:3 Vmon: 2.5 V Imon: 1.806 A Status: On
-2.5v/mg4 Slot: 4 (A1518B) Channel:4 Vmon: 2.5 V Imon: 1.796 A Status: On
-2.5v/mg5 Slot: 3 (A1518B) Channel:4 Vmon: 2.5 V Imon: 1.813 A Status: On
-2.5v/mg7 Slot: 4 (A1518B) Channel:3 Vmon: 2.5 V Imon: 1.8 A Status: On
-2.5v/t1 Slot: 0 (A1518B) Channel:3 Vmon: 2.49 V Imon: 1.79 A Status: On
-2.5v/t2 Slot: 0 (A1518B) Channel:4 Vmon: 2.49 V Imon: 1.809 A Status: On
-2.5v/t3 Slot: 0 (A1518B) Channel:5 Vmon: 2.49 V Imon: 1.807 A Status: On
-2.5v/t4 Slot: 1 (A1518B) Channel:3 Vmon: 2.51 V Imon: 1.832 A Status: On
-5v/mg3511 Slot: 5 (A1516B) Channel:0 Vmon: 4.99 V Imon: 0.36 A Status: On
-5v/mg741 Slot: 5 (A1516B) Channel:1 Vmon: 5 V Imon: 0.344 A Status: On
-5v/t123 Slot: 2 (A1516 ) Channel:0 Vmon: 5.02 V Imon: 0.418 A Status: On
-5v/t4mg Slot: 2 (A1516 ) Channel:1 Vmon: 4.99 V Imon: 0.392 A Status: On
CsI/t1 Slot: 12 (A1837 ) Channel:0 Vmon: 49.98 V Imon: 0 uA Status: On
CsI/t2 Slot: 12 (A1837 ) Channel:2 Vmon: 49.98 V Imon: 0 uA Status: On
CsI/t3 Slot: 12 (A1837 ) Channel:4 Vmon: 50 V Imon: 0 uA Status: On
CsI/t4 Slot: 12 (A1837 ) Channel:6 Vmon: 49.98 V Imon: 0 uA Status: On
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 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: 70 V Imon: 0.65 uA Status: On
DSSD/t2 Slot: 12 (A1837 ) Channel:3 Vmon: 69.98 V Imon: 0.66 uA Status: On
DSSD/t3 Slot: 12 (A1837 ) Channel:5 Vmon: 70 V Imon: 2.91 uA Status: On
DSSD/t4 Slot: 12 (A1837 ) Channel:7 Vmon: 69.58 V Imon: 0.54 uA Status: On
MG10C Slot: 12 (A1837 ) Channel:11 Vmon: 0 V Imon: 0 uA Status: Off
MG11A Slot: 13 (A1837 ) Channel:5 Vmon: 59.86 V Imon: 0.2 uA Status: On
MG1T Slot: 13 (A1837 ) Channel:11 Vmon: 139.76 V Imon: 0.8 uA Status: On
MG3T Slot: 13 (A1837 ) Channel:1 Vmon: 159.86 V Imon: 0.4 uA Status: On
MG4T Slot: 13 (A1837 ) Channel:9 Vmon: 95.04 V Imon: 0.9 uA Status: On
MG5T Slot: 13 (A1837 ) Channel:3 Vmon: 149.84 V Imon: 1 uA Status: On
MG7T Slot: 13 (A1837 ) Channel:7 Vmon: 119.9 V Imon: 1.2 uA Status: On
MG9C Slot: 12 (A1837 ) Channel:9 Vmon: 189.72 V Imon: 0.4 uA Status: On
spare1 Slot: 12 (A1837 ) Channel:8 Vmon: 0 V Imon: 0 uA Status: Off
spare2 Slot: 12 (A1837 ) Channel:10 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
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Fixed, e768s, Sun Jul 21 11:49:59 2019, Christiqn qnd Didier, RUN, General, LiF, Run 119 screenshots
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Fixed, e768s, Sun Jul 21 14:54:28 2019, Marlène, RUN, General, , run 119 scalers
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Fixed, e768s, Sun Jul 21 16:39:38 2019, Marlène, Antoine, BEAM, General, , IMPORTANT :How to send scalers to PCP
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Go to PCP
Open a terminal
> ssh -X mugast@ganp154
passwd : Spiral1+
> ./LaunchScalers.sh |
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Fixed, e768s, Sun Jul 21 16:42:20 2019, Marlène, OFFLINE, General, , Conversion of data from AGATA :update
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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. |
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Fixed, , Sun Jul 21 16:51:30 2019, Marlène, Christian, Ksenia, BEAM, General, , trial of tracking of the implantation of 15O
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Looking at AGATA count rate, we have seen that the highest counting rate for 511 keV line is seen in the inner ring (0*A clusters).
The outer ring detectors (10B for example) counts 10 times less.
Our conclusion is that the beam is partly implanted at the entrance of MUGAST chamber.
The outer ring probably sees the implantation on MUST2 masks.
A more refined analysis is needed to backtrack where the 15O are implanted. |
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Fixed, e768s, Sun Jul 21 17:02:25 2019, Marlène, BEAM, General, , beam intensity in the afternoon
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