MUST2 SAMURAI_2018 S3-LEB-LPC SUPERNEMO MUGAST EXPAND SCALP GALATRON HiCARI VELO
  MUGAST, Page 123 of 132  Not logged in MUGAST
Status ExpNbr Date Author Type Categorydown Target-Source Subject
Fixede793s Sat Mar 6 13:25:38 2021 OttoRunRUNGeneral3-alphaRun630
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Run : 630
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Start at 2021-03-06 13:15:07.038908

run 3 alpha. time calibrator is on but is not giving any trigger so just sending random stop

Stop at 2021-03-08 09:50:00.232468
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Stop at 2021-03-08 15:28:10.213189
Stop comment:

Stop at 2021-03-08 15:28:10.881754
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Stop at 2021-03-08 15:28:11.447832
Stop comment:
Fixede793s Mon Mar 8 08:45:49 2021 AdrienOFFLINEGeneralN/ATO DO LIST for 8 march 2021
Here is a todo list for today:

Data conversion:
  • Raw run files are located in /data/mugastX/mugast/acquisition/run/
  • Converting FSC run: 622 to 629 : run_0630.dat.06-03-21_13h15m06s
  • Converting alpha run: 630. warning: there is 3 files for this run :run_0630.dat.06-03-21_13h15m06s and run_0630.dat.06-03-21_13h15m06s.1 and run_0630.dat.06-03-21_13h15m06s.2

Extract histogram for calibration: each macro need to be run twice, once for MUGAST and once for MUST2 if I remember correctly.
  • Extract histograms for FSC run with the macro located : /home/mugast/analysis/nptool/Projects/calibration/Time/ExtractRawHisto_T.C
  • Extract histograms for alpha run with the macro located : /home/mugast/analysis/nptool/Projects/calibration/Energy/ExtractRawHisto_E.C

Analysed the extracted histograms to calibrate: change the appropriate field in the macro before running
  • FSC: /home/mugast/analysis/nptool/Projects/calibration/Time/TimeCalibrator.C
  • alpha: /home/mugast/analysis/nptool/Projects/calibration/Energy/EnergyCalibrator.C

Prepare the calibration file to be used for the online/offline analysis:
  • List all the file you just generated in /home/mugast/analysis/nptool/Projects/MUGAST/Calibration.txt
  • Do some cleanup in the file so it is more readable.
  • Check for missing/noisy strips and adjust config file in /home/mugast/analysis/nptool/Projects/MUGAST/configs

Analysed the calibration run with the new calibration:
  • check T:strip and E:strip
  • Post a summary of the resolution for each detector

Time calibrator on all tac
  • Check the range of each tac
  • wired the start/stop to the TAC inputs
  • do an acquisition with enough statitics
  • analyse it and put the calibration file in Calibration.txt
Fixede793s Mon Mar 8 17:21:14 2021 mugastGRITGeneralN/ARun631 - TACs calibration (part 1)
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Run : 631
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Start at 2021-03-08 17:19:55.467916

TAC calibration.

  • FAG-CATS2 (range 500 ns)
  • Vamos-Agata (range 500 ns)
  • CATS2-CATS2 (not in modular label) (range 500 ns)

Time calibrator
  • 640 ns range
  • 20 ns steps
Fixede793s Mon Mar 8 17:47:29 2021 mugastGRITGeneralN/ARun632 - TACs calibration (part 2)
TAC calibration.

VAMOS-CATS2 (range 2 us)
Mugast-VAMOS (range 2 us )
Mugast-AGATA (range 2 us)

Time calibrator

2.56 us range
40 ns steps
Fixede793s Mon Mar 8 18:07:25 2021 mugastGRITGeneralN/ARun 633 - TACs calibration (part 3)
TAC calibration.

Mugast-CATS2 (range 1 us)
Mugast-CATS2b (range 2 us)
AGATA-CATS2 (for this one better to use run 634)

Time calibrator

2.56 us range
40 ns steps
Fixede793s Mon Mar 8 18:15:07 2021 mugastGRITGeneralN/ARun 634 - TACs calibration (part 4)
TAC calibration.

AGATA-CATS2 (range 200 ns)

Time calibrator

2.56 us range
10 ns steps
Fixede793s Mon Mar 8 19:01:26 2021 FrancoGRITGeneral3-alphaEnergy and time calibrations before experiment
Energy resolutions:

MG1: 45 keV
MG2: 45 keV
MG3: 45 keV
MG4: 50 keV
MG5: 50 keV
MG7: 50 keV
Total Mugast: 50 keV

MM1: 50 keV
MM2: 50 keV
MM3: 45 keV
MM4: 50 keV
Total MUST2: 50 keV

MM5 (90 deg): 65 keV
Attachment 1: Mugast_Eraw_run630.png
Mugast_Eraw_run630.png
Attachment 2: MUST2_Eraw_run630.png
MUST2_Eraw_run630.png
Attachment 3: Mugast_Traw_fsc.png
Mugast_Traw_fsc.png
Attachment 4: MUST2_Traw_fsc.png
MUST2_Traw_fsc.png
Attachment 5: Mugast_Ecal_run630.png
Mugast_Ecal_run630.png
Attachment 6: MUST2_Ecal_run630.png
MUST2_Ecal_run630.png
Attachment 7: Mugast_Tcal_fsc.png
Mugast_Tcal_fsc.png
Attachment 8: MUST2_Tcal_fsc.png
MUST2_Tcal_fsc.png
Pinnede793s Tue Mar 9 09:35:18 2021 AdrienOTHERGeneralN/AE793s proposal
Attached is the proposal of the experiment.
Attachment 1: Proposal_K48_by_dp_MUGAST_FINAL.pdf
Proposal_K48_by_dp_MUGAST_FINAL.pdf
Fixede793s Tue Mar 9 09:43:51 2021 OttoRunRUNGeneral3-alphaRun200
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Run : 200
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Start at 2021-03-08 17:43:53.831102

run 3 alpha

Stop at 2021-03-09 09:43:55.629095
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Stop at 2021-03-09 09:43:56.774034
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Stop at 2021-03-09 09:43:57.137511
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Stop at 2021-03-09 09:43:57.480913
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Fixede793s Tue Mar 9 11:47:14 2021 FrancoRUNGeneralN/ATACS calibration
Coefficients uploaded in MUGAST/e793s/calibTACS_e793s.cal (set offsets to 0 and kept only the slope)
Attachment 1: TACS_calib.png
TACS_calib.png
Attachment 2: TACS_calib_fits.png
TACS_calib_fits.png
Fixede793s Wed Mar 10 13:03:00 2021 OttoRunRUNGeneral3-alphaRun41
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Run : 41
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Start at 2021-03-10 12:58:41.805693

run 3 alpha

Stop at 2021-03-10 13:06:49.699879
Stop comment:
Fixede793s Wed Mar 10 13:09:12 2021 OttoRunRUNGeneral3-alphaRun42
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Run : 42
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Start at 2021-03-10 13:09:04.739262

run 3 alpha

Stop at 2021-03-10 13:30:31.317348
Stop comment: changing trigger
Pinnede793s Wed Mar 10 13:10:14 2021 AdrienBEAMGeneralCD2Kinematical line from Ti contamination
In black the Kinematical line for states known to be populated strongly in 47Ti(d,p).
In blue range of the states of interrest.

The contamination is in a different region and should not cause any issue.
Attachment 1: KineTiK.pdf
KineTiK.pdf
Attachment 2: Kine.cxx
void AddTiStates(double E);

void Kine(){
  
  
 NPL::Reaction K("47K(d,p)48K@362");
  
 // K states
 auto g = K.GetKinematicLine3();
 g->SetLineColor(kAzure+7);
 g->SetLineWidth(3);
 g->Draw("ac");
 K.SetExcitationHeavy(4);
 g = K.GetKinematicLine3();
 g->SetLineColor(kAzure+7);
 g->SetLineWidth(2);
 g->SetLineStyle(1);
 g->Draw("c");

 AddTiStates(0); 

 AddTiStates(0); 
 AddTiStates(0.969); 
 AddTiStates(2.2292); 
 AddTiStates(2.419); 
 AddTiStates(3.223); 
 AddTiStates(3.332); 
 AddTiStates(3.622); 
 AddTiStates(4.388); 
 AddTiStates(4.458); 
 AddTiStates(4.719); 
 AddTiStates(4.852); 
 AddTiStates(5.151); 
   
  }

void AddTiStates(double E){
  
 NPL::Reaction Ti("47Ti(d,p)48Ti@362");
   // Ti states
 Ti.SetExcitationHeavy(E);
 auto g = Ti.GetKinematicLine3();
 g->SetLineWidth(1);
 g->SetLineStyle(2);
 g->Draw("c");


  
  }
Fixede793s Wed Mar 10 13:33:31 2021 OttoRunRUNGeneralN/ARun43
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Run : 43
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Start at 2021-03-10 13:33:01.346673

Agata or as trigger for testing before beam

Stop at 2021-03-10 13:55:37.322216
Stop comment:
Fixede793s Wed Mar 10 13:57:54 2021 OttoRunRUNGeneralN/ARun45
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Run : 45
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Start at 2021-03-10 13:57:50.701600

Agata or as trigger for testing before beam

Stop at 2021-03-10 14:01:53.157232
Stop comment:
Fixede793s Wed Mar 10 14:43:14 2021 OttoRunRUNGeneralN/ARun46
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Run : 46
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Start at 2021-03-10 14:42:50.365714

Test run for Professor Clement. Beam in the room.

Stop at 2021-03-10 16:02:30.981195
Stop comment:
Fixede793s Wed Mar 10 15:15:44 2021 CharlieOTHERGeneral 48Ti Kinematics (additional)
Supplementary to Adrien's kinematic calculations of 47Ti(d,p)48Ti, we have found a paper suggesting that by far the most strongly populated state in 48Ti is at 5.65 MeV. There is also a doublet of strong states at around 4.4 MeV, and two more strongly populated states at 6.06 and 6.33 MeV.

See attachment for the full table from P. D. Barnes (1965), Phys.Rev.138.B597.

Some quick CatKin models also show that a (theoretical) state at 7 MeV in 48Ti would almost perfectly overlap with the ground state of 48K. As such, when looking at the lab energy with the g.s. of 48K normalised to 0, we could expect to see these strongly populated 48Ti states at -0.67, -0.94, -1.35 and -2.6 MeV (for 6.3, 6.06, 5.65 and 4.4 MeV, respectively).

See the attached plot for kinematics of 47K(d,p)48K @ 0 MeV and 4 MeV, as well as 47Ti(d,p)48Ti @ 0 MeV, 5.65 MeV and the theoretical 7 MeV. Additionally, see a mock-up of the expected spectra from Wilton.
Attachment 1: PDBarnes_Table_1.png
PDBarnes_Table_1.png
Attachment 2: 48Ti_and_48K_Kinematics.png
48Ti_and_48K_Kinematics.png
Attachment 3: Wilton_mock-up.png
Wilton_mock-up.png
Fixede793s Wed Mar 10 16:07:43 2021 OttoRunRUNGeneralN/ARun47
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Run : 47
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Start at 2021-03-10 16:07:22.660368

Beam in the room; restarting daq after recompiling the action

Stop at 2021-03-10 16:09:55.182936
Stop comment: stopping run to remove vamos% from trigger
Fixede793s Wed Mar 10 16:12:40 2021 OttoRunRUNGeneralEmptyRun48
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Run : 48
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Start at 2021-03-10 16:11:56.052849

Beam in the room; restarting daq after changing trigger.

Trigger are MUGAST/MM/CATS%

Stop at 2021-03-10 16:30:03.651340
Stop comment: stopping to remove cats% from trigger so we can set the timing
Fixede793s Wed Mar 10 16:31:50 2021 OttoRunRUNGeneralCD2Run49
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Run : 49
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Start at 2021-03-10 16:31:31.923710

Beam in the room; restarting daq after changing trigger.
target: CD2 0.5mg
Trigger are MUGAST/MM

Stop at 2021-03-10 16:53:12.237279
Stop comment: stopping to change GMT windows

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