 Sat Apr 2 01:27:25 2022, Jan Glorius, Runs, test runs 02.04.2022 
|
Beam settings:
primary beam
copper stripper
|
|
Sun Apr 3 12:31:10 2022, Rui-Jiu Chen, Yuri, Carsten, Ragan, Runs, Measurement of beam with different circles 6x
|
Parameters of NTCAP:
1. IQ rate 20 MSamples/s
|
|
Mon Apr 4 09:10:44 2022, Ragan, Yuri, Rui-Jiu, Runs, Measurement
|
NTCAP is taking data with the beam with a stop at manipulation 5 (taking all the fragments).
1)
|
|
Tue Apr 5 23:55:11 2022, Carsten, Runs, Long time measurment with NTCAP
|
Settings:
Center: 2242.5MHz
RefLevel: -25dB
|
|
Wed Apr 6 14:52:29 2022, Rodolfo, Runs, Scraping the ion beam
|
| We are T-scraping the ion beam. |
|
Thu Apr 7 02:32:29 2022, all on shift, Runs, First Scans 322-320nm
|
Laser scanning from 322-320 steps 0.01nm/s
DAQ1: lxg1927:/data.local2/BeamTimeTh22/
DAQ2: lxg0155:/data.local2/E142/
|
|
Fri Apr 8 06:53:29 2022, Ragan, Runs, NTCAP data taking
|
NTCAP is taking data since 07.04.2022 23:53:47
Carrier Frequency: 242.2 M
|
|
Fri Apr 8 09:32:32 2022, Ragan, Runs, NTCAP stopped
|
Since there is no beam, NTCAP is stopped.
Carrier Frequency: 242.2 M
|
|
Fri Apr 8 09:39:04 2022, Ragan, Runs, NTCAP started
|
Carrier Frequency: 242.2 M
IQ Rate (S/s): 10 M
Reference level (dBm): -30
|
|
Fri Apr 8 10:44:55 2022, Ragan, Yuri, Danyal, Sergey, Runs, NTCAP stopped
|
NTCAP is stopped. Sergey will now set an ion bunch instead of two in the ESR.
SC_2022-04-08_09-39-33
|
|
Fri Apr 8 12:04:13 2022, Ragan, Runs, NTCAP started
|
NTCAP is started for the data taking.
Carrier Frequency: 242.02 M
|
|
Fri Apr 8 15:39:36 2022, all, Runs, first data after timing set up
|
started taking data again
started at 15:40
|
|
Sat Apr 9 06:25:22 2022, Max, Kristian, Runs, morning shift runs
|
DAQ1: lxg1927:/data.local2/BeamTimeTh22/
DAQ2: lxg0155:/data.local2/E142/
LMD file name DAQ1:229Thor
|
|
Sat Apr 9 13:45:42 2022, Max, Kristian, Runs, first scans with LV problem solved!
|
This is the first time with LV buffer problem solved (see Elog ID: 184). Before the PMT signals were out of sync with the wavelength data!
We concluded to scan with step sizes of 0.002nm, scan range of 0.5nm (f
nm), dwelltime = 150(5s), loops = 2 (approx.: 30min measurements).
|
|
Sat Apr 9 15:47:21 2022, Carsten, Rodolfo, Sarper, Patrick, Runs, Afternoon and night shift runs
|
After the morning shift, we got new increment (nm) for the laser scanning. We are now scanning 2 nm of wavelength range in 5 big steps (5 x 0.4 nm). Started
with 323.2 nm - 322.8 nm range. Every big step (0.4 nm) is scanned with 0.002 nm of wavelength increment.
|
|
Sun Apr 10 06:39:16 2022, Kristian, Marek, Max, Runs, runs morning shift 10.04.
|
These are the measurement runs of the morning shift (10.04.).
|
|
Sun Apr 10 15:16:19 2022, Carsten, Rodolfo, Sarper, Runs, Runs afternoon shifts 10.04
|
These are the measurement runs of the afternoon shift (10.04.).
Wavelength range is changed from 323.2 - 322.8 nm to 322.81 - 322.40 nm.
|
|
Sun Apr 10 22:47:05 2022, Patrick, Volker, Prannay, Danyal, Alexandre, Sebastian, Kristian, Runs, Runs night shift 10.04 + morning shift 11.04
|
These are the measurement runs of the night shift (10/11.04.).
Wavelength range is still 322.81 - 322.40 nm.
|
|
Mon Apr 11 14:45:11 2022, Paul, Konstantin, Sarper, David, Runs, Afternoon shift runs 11.04
|
We continue scan the new wavelength scan range is 322.41 - 322.00 nm
|
|
Tue Apr 12 04:43:29 2022, Alexandre, Kristian, Sebastian, Runs, 322.01 - 321.60 nm
|
We scan the wavelength scan range is 322.01 - 321.60 nm
before the first scan of the new wavelength range we changed the high voltage divider ratio in Labview from 248514 to 248517, which is the correct value |