| ID |
Date |
Author |
Subject |
Run Number |
DUT |
Beam Energy |
Rate Setting |
Particle Type |
Events |
Data |
Beam Betatron |
Beam Chopper |
Beam Degrader |
Beam EFE |
Beam Orb |
Beam QuadScan |
PhantomType |
PhantomAngle |
|
295
|
Sun Nov 7 19:09:50 2021 |
Felix Ulrich-Pur | Fluence loss meas 7.11.21 | 24 | | 252.7 | II(BETA+EFE) | Proton | | Good | | | | | | | none | |
Start: 13:58
Alignment run without phantom |
|
296
|
Sun Nov 7 19:10:31 2021 |
Felix Ulrich-Pur | Fluence loss meas 7.11.21 | 25 | | 145.4 | II(BETA+EFE) | Proton | 40e6 | Good | | | | | | | none | |
Start: 14:04
Reference run without phantom |
|
297
|
Sun Nov 7 19:11:24 2021 |
Felix Ulrich-Pur | Fluence loss meas 7.11.21 | 26 | Drehtisch | 145.4 | II(BETA+EFE) | Proton | 60e6 | Good | | | | | | | Alu | 0 |
Start: 15:19
1 cm Alu stair phantom on rotary table (0deg--> always 1cm Al in beam) |
|
298
|
Sun Nov 7 19:12:57 2021 |
Felix Ulrich-Pur | Fluence loss meas 7.11.21 | 27 | Drehtisch | 145.4 | II(BETA+EFE) | Proton | 60e6 | Good | | | | | | | Alu | 90 |
Start: 16:40
1 cm Alu stair phantom on rotary table (90deg--> 0.2-1cm Alu) |
|
299
|
Sun Nov 7 19:13:36 2021 |
Felix Ulrich-Pur | Fluence loss meas 7.11.21 | 28 | Drehtisch | 100.4 | II(BETA+EFE) | Proton | 60e6 | Good | | | | | | | Alu | 90 |
Start: 18:00
1 cm Alu stair phantom on rotary table (90deg) |
|
300
|
Sun Nov 7 19:28:49 2021 |
Felix Ulrich-Pur | Fluence loss meas 7.11.21 | 29 | Drehtisch | 100.4 | II(BETA+EFE) | Proton | 60e6 | Good | | | | | | | Alu | 0 |
Start: 19:28
1 cm Alu stair phantom on rotary table (0deg) |
|
301
|
Sun Nov 7 21:04:43 2021 |
Felix Ulrich-Pur | Fluence loss meas 7.11.21 | 30 | | 100.4 | II(BETA+EFE) | Proton | 40e6 | Good | | | | | | | none | |
Start: 21.04
reference run 100.4MeV |
|
309
|
Sat Dec 11 17:48:08 2021 |
Felix Ulrich-Pur | Fluence loss 1cm | 4 | DSSD-Tracker | 800 | V | Proton | | Good | | | | | | | Alu | 0 deg |
Fluence loss measurement 11.12.2021
Start 15:15
0deg =1cm Alu |
|
310
|
Sat Dec 11 18:19:56 2021 |
Felix Ulrich-Pur | Fluence loss 1cm | 5 | DSSD-Tracker | 800 | V | Proton | | Good | | | | | | | Alu | 0 deg |
Fluence loss measurement 11.12.2021
Start 18:17
90deg = all five steps Alu |
|
110
|
Sat Feb 27 23:35:43 2021 |
Christian Irmler | E Scan DSSD+SiC | 68 | SiC+DSSD tracker | 83 | II(BETA+EFE) | Proton | 5E5 | Good | | | | | | | | |
Start 19:00:
Final MT=1, final BSY length =600 (2kHz), Trigger latency 41 optimal
HV 500V |
|
111
|
Sat Feb 27 23:39:57 2021 |
Christian Irmler | E Scan DSSD+SiC | 69 | SiC+DSSD tracker | 62.4 | II(BETA+EFE) | Proton | 7E5 | Good | | | | | | | | |
Start 19:14:
Final MT=1, final BSY length =600 (2kHz), Trigger latency 41 optimal
HV 500V |
|
112
|
Sat Feb 27 23:40:54 2021 |
Christian Irmler | E Scan DSSD+SiC | 70 | SiC+DSSD tracker | 252.7 | II(BETA+EFE) | Proton | 7E8 | Good | | | | | | | | |
Start 19:35:
Final MT=1, final BSY length =600 (2kHz), Trigger latency 41 optimal
HV 500V |
|
113
|
Sat Feb 27 23:42:38 2021 |
Christian Irmler | E Scan DSSD+SiC | 71 | SiC+DSSD tracker | 194.3 | II(BETA+EFE) | Proton | 5E5 | Good | | | | | | | | |
Start 19:47:
Final MT=1, final BSY length =600 (2kHz), Trigger latency 41 optimal
HV 500V |
|
114
|
Sat Feb 27 23:45:38 2021 |
Christian Irmler | E Scan DSSD+SiC | 72 | SiC+DSSD tracker | 175.3 | II(BETA+EFE) | Proton | 5E5 | Good | | | | | | | | |
Start 19:59:
Final MT=1, final BSY length =600 (2kHz), Trigger latency 41 optimal
HV 500V |
|
115
|
Sat Feb 27 23:56:11 2021 |
Christian Irmler | E Scan DSSD+SiC | 73 | SiC+DSSD tracker | 145.4 | II(BETA+EFE) | Proton | 5E5 | Good | | | | | | | | |
Start 20:10:
Final MT=1, final BSY length =600 (2kHz), Trigger latency 41 optimal
HV 500V |
|
116
|
Sat Feb 27 23:56:58 2021 |
Christian Irmler | E Scan DSSD+SiC | 74 | SiC+DSSD tracker | 800 | II(BETA+EFE) | Proton | 3.1E6 | Good | | | | | | | | |
Start 20:24:
Final MT=1, final BSY length =600 (2kHz), Trigger latency 41 optimal
HV 500V |
|
302
|
Sun Nov 21 13:51:53 2021 |
Simon Waid | Comparison SiC, Si, Si LGAD and Diamond | 1 | SiC+Si | 62.4 | I(EFE+SID0) | Proton | 10000 | | | | | | | | | |
Bias voltage SiC: 800
Bias voltage Si: -150
From a beam perspective the Si detector was the first target, on oscilloscope channel 1, SiC was the second target connected to oscilloscope channel 3.
Triggering source was the SiC detector.
Data was stored on the HiBPM-Osci-2 NUC under c:\measurements |
|
303
|
Sun Nov 21 13:55:05 2021 |
Simon Waid | Comparison SiC, Si, Si LGAD and Diamond | 2 | SiC+Si | 62.4 | I(EFE+SID0) | Proton | 1000000 | | | | | | | | | |
Bias voltage SiC: 800
Bias voltage Si: -150
From a beam perspective the Si detector was the first target, on oscilloscope channel 1, SiC was the second target connected to oscilloscope channel 3.
Triggering source was the Si detector.
The compliancy of the SiC SMU triggered after approx. 50% of the events had been acquired after this event the HV for the SiC HV was shut down.
Data was stored on the HiBPM-Osci-2 NUC under c:\measurements |
|
304
|
Sun Nov 21 14:05:18 2021 |
Simon Waid | Comparison SiC, Si, Si LGAD and Diamond | 3 | | 62.4 | I(EFE+SID0) | Proton | 10000 | | | | | | | | | |
Bias voltage SiC: 800
Bias voltage Si LGAD: -100
From a beam perspective the SiC detector was the first target, on oscilloscope channel 4, the Si LGAD was the second target connected to oscilloscope channel 1.
Triggering source was the Si LGAD detector. The SiC detector was most probably defective.
Data was stored on the HiBPM-Osci-2 NUC under c:\measurements |
|
305
|
Sun Nov 21 14:53:00 2021 |
Simon Waid | Comparison SiC, Si, Si LGAD and Diamond | 4 | Diamond+LGAD | 62.4 | I(EFE+SID0) | Proton | 100000 | | | | | | | | | |
Bias voltage Diamond: 500
Bias voltage Si LGAD: -100
From a beam perspective the Diamond detector was the first target, on oscilloscope channel 4, the Si LGAD was the second target connected to oscilloscope channel 1.
Triggering source was the Si LGAD detector.
Data was stored on the HiBPM-Osci-2 NUC under c:\measurements |