If the acquisition crash :  

In the acquisition terminal : 

    Type TK 

    Type KNA 

    Type KALL 

    Press enter 

    Type q and y 

    Close the terminal 

Open a new terminal : 

    Type ssh -X e748@lpcgrit 

    Type start_acq e755 

    Type RC 

Once the run control is on : 

    Go back in the terminal  

    Type NA 

Then in the run control : 

    Click mode and select monitoring mode 

    Click Init 

You should be able to do start once everything is : READY

• Target Impact (from CATS)
  
• Triton in dE-E
  
• Incoming 38Ca, TCATS2_HF in [200;1000]
  
• Outgoing (Z=20)Ca, dE-E (IC-PL)
  

• Most of the statistics is equally spread between T1,T2,T3,T4
  
• There is an overall shift in Excitation Energy between T1,2 and T3,4. For the gs, T1,2 are around -0.8 MeV while T3,4 are at -1.6 MeV.
  
• The resolution is thus better when looking at one telescope only (ex: T1 only Sigma=0.63 but for all tel. sigma=0.96 MeV).
  

• After the 26/06 at 22h43 until the 27/07 at 4h, we had some beam interruptions, large beam fluctuations. Runs will be included (In progress).
  
• If we add the 16h of data (from run 107 to 127) it reaches 41h of measuring time.
  
• If we also add about 6h of data from the ongoing night it will reach 47h of measuring time (extrapolated roughly 1500 gs counts)
  

• Target Impact (from CATS)
  
• Triton in dE-E
  
• Incoming 36Ar, TCATS2_HF in [5600;6200]
  
• Outgoing (Z=18)Ar, dE-E (IC-PL)
  

• At the moment all Excitation energy plot shown for 36Ar(p,t) are calculated using a wrong reaction file (the one of 38Ca(,pt)36Ca). As a result all the peaks are completely shifted. An analysis using a dedicated file will be done but requires a full reprocessing of the files. It is anyway enough for statistics estimation.
  
• In the total spectrum (all telescope) the statistics is about 2000 tritons, a similar number than for the 38Ca case. This is compatible with the fact that the 36Ar is present in a similar amount than the 38Ca in the cocktail beam.