• Target Impact (from CATS)
  
• deuton in dE-E
  
• Incoming 37Ca, TCATS1_HF in [2800;3800]
  
• Outgoing Z=20 and Z=19
  

• Ion identification in dE-TOF and dE-E
  
• Light particle identification in dE-E
  
• Kinematics, Exitation energy and laboratory angle for Gate on Z=20 and Z=19 outgoing nuclei
  
• Previous results for 38Ca(p,t)36Ca analysis
  

• Particle identification seems OK for light and heavy particles. We are able to reproduce wath we get during 38Ca beam. All component are well separeted
  
• On the Z=20 gated spectra, one can distinguish two state. Excited state looks like to be at the same position (around 3MeV) than the one found in 38Ca(p,t)36Ca reaction.
  
• On the Z=19 gated spectra, one can see state. Looks like to be at the same position (around 6MeV) than the one found in 38Ca(p,t)36Ca reaction with the same gate.
  

Summary of Brho1 and Brho2 optimizations for the 37Ca beam.

Attachment 1:
Results of the Brho1 scan. Corresponding LISE run numbers are also shown in the figure.
As the beam intensity was fluctuating, the counting rates were normalized with respect to the intensity.
By changing Brho1, we tried to search for the peak of the 37Ca production. The yield seemed to reach the maximum at around 2.10 Tm,
although sometimes the rates were not reproducible (see the data point of the run 306, for example). 

Attachment 2, 3:
Changes of the yield and purity by scanning Brho2. The shaded area corresponds to the width of the slit (shown only for 0%).
They were well optimized at about 1.925 Tm.