| ID | 
Date | 
Author | 
Category | 
Subject | 
Year | 
Text | 
  | 
| 
  134  
 | 
Sat Mar 21 15:30:34 2020 | 
Sergiy | General | go into the ESR |   | We are going into the ESR to check the electronics.
 
Use calibration sources (133Ba etc). | 
   | 
| 
  133  
 | 
Sat Mar 21 15:26:49 2020 | 
Laszlo | General | SCRAPER is ON use again |   | Yuri puts back the scraper (Egelhof 1 - GE01DD1IG) 
into position = +19. (where it was in the 
evening) | 
   | 
| 
  132  
 | 
Sat Mar 21 15:23:57 2020 | 
Sergiy | Runs | run entry - run063 |   | open file : run063
 
 
beam: 118Te52+
 | 
   | 
| 
  130  
 | 
Sat Mar 21 14:52:05 2020 | 
Laszlo | General | target optimization |   | previous position of the beam at target was 
-3mm (for the night position)
 
max. intensity position of the beam at target | 
     | 
| 
  129  
 | 
Sat Mar 21 13:44:16 2020 | 
Pierre-Michel | Detectors | Recoil detector |   | We turn on Recoil detector, to use it as a 
monitor for target overlap.
 
 | 
    | 
| 
  128  
 | 
Sat Mar 21 13:37:53 2020 | 
Laszlo |   | MCP can monitor target |   | now with the MCP we can see clearly the effect 
of the target :) (scintillation?)
 
so we want to scan through the target thickness | 
   | 
| 
  127  
 | 
Sat Mar 21 13:24:10 2020 | 
Laszlo | Runs | run entry - run063 |   | open file : run063
 
 
beam: 118Te52+
 | 
   | 
| 
  126  
 | 
Sat Mar 21 12:42:21 2020 | 
Ragan | General | Entry to ESR for MCP detector |   | Pierre Michel and Laszlo go inside the ESR 
for switching on the MCP detector so that 
the photons from the gas jet and secondary | 
   | 
| 
  125  
 | 
Sat Mar 21 12:32:00 2020 | 
Laszlo | General | Estimated target thickness |   | Target thickness must be like 5mm (was measured 
with a moving thin wire)
 
The beam thickness is small because of the | 
   | 
| 
  124  
 | 
Sat Mar 21 12:30:30 2020 | 
Ragan | Runs | run entry - run061 |   | 
 
beam: 118Te52+
 
energy: 10 MeV/u
 | 
   | 
| 
  123  
 | 
Sat Mar 21 12:06:50 2020 | 
Laszlo | General | run61 - SCRAPER moved out |   | we want to see any change on the Silicon count 
rate, because we will have now also Rutherford 
scattering.  | 
   | 
| 
  122  
 | 
Sat Mar 21 12:02:57 2020 | 
Ragan, Laszlo | General | run entry - run061 |   | 12:02 pm - scapper is taken out completely 
 
open file : runstart061 | 
   | 
| 
  121  
 | 
Sat Mar 21 12:00:27 2020 | 
Ragan, Alex | Runs | run entry - run060 |   | 
 
beam: 118Te52+
 
energy: 10 MeV/u
 | 
   | 
| 
  120  
 | 
Sat Mar 21 11:32:46 2020 | 
Ragan, Alex | Runs | run entry - run060 |   | Open file: runstart060
 
 
beam: 118Te52+
 | 
   | 
| 
  119  
 | 
Sat Mar 21 11:30:04 2020 | 
Laszlo | General | MWPC movement |   | now we try to move the capture detector (MWPC 
in the 1. dipol before our Si setup) inside 
the ring while the DAQ was ON
 | 
    | 
| 
  118  
 | 
Sat Mar 21 11:25:47 2020 | 
Laszlo |   | possible misalignement between target and fragment beam |   | after 9hours of measurement we see only 19 
counts on our targetON silicon detector histo. 
this low count rate can indicate two scenarios:
 | 
    | 
| 
  117  
 | 
Sat Mar 21 11:04:47 2020 | 
Ragan,  Alex, Laszlo | Runs | run entry - run059 |   | beam: 118Te52+
 
energy: 10 MeV/u
 
 | 
   | 
| 
  116  
 | 
Sat Mar 21 10:28:23 2020 | 
Ragan,  Alex | Runs | run entry - run059 |   | Open file: runstart059
 
 
beam: 118Te52+
 | 
   | 
| 
  115  
 | 
Sat Mar 21 10:20:27 2020 | 
Ragan, Alex | General | Target LN2 |   | The LN2 Dewar on the ESR roof has been refilled. | 
   | 
| 
  114  
 | 
Sat Mar 21 10:00:19 2020 | 
Ragan, Alex | Runs | run entry - run058 |   | beam: 118Te52+
 
energy: 10 MeV/u
 
 | 
   |