Proton Calorimetry/Experimental Runs/2022: Difference between revisions

From PBTWiki
Jump to navigation Jump to search
No edit summary
No edit summary
Line 1: Line 1:
; [[/2022/ManchesterFLASH|Manchester FLASH Measurements]]
; [[/ManchesterFLASH|Manchester FLASH Measurements]]
: FLASH range QA measurements at The Christie.
: FLASH range QA measurements at The Christie.
: Also measure WET of stack using PTW PeakFinder.
: Also measure WET of stack using PTW PeakFinder.


; [[/2022/ClatterbridgeQuARC|Clatterbridge Range Measurements]]
; [[/ClatterbridgeQuARC|Clatterbridge Range Measurements]]
: Pristine Bragg peak and SOBP measurements at Clatterbridge using compact QuARC prototype.
: Pristine Bragg peak and SOBP measurements at Clatterbridge using compact QuARC prototype.
: Demonstrate detector principle and SOBP fitting.
: Demonstrate detector principle and SOBP fitting.


; [[/2022/UCLHWET|UCLH WET Measurements]]
; [[/UCLHWET|UCLH WET Measurements]]
: Measurements of the WET of stack of white painted sheets and clear sheets (with Mylar) from previous UCLH beam test.
: Measurements of the WET of stack of white painted sheets and clear sheets (with Mylar) from previous UCLH beam test.
: Use IBA Giraffe to measure WET during UCLH monthly QA session.
: Use IBA Giraffe to measure WET during UCLH monthly QA session.

Revision as of 09:56, 8 August 2022

Manchester FLASH Measurements
FLASH range QA measurements at The Christie.
Also measure WET of stack using PTW PeakFinder.
Clatterbridge Range Measurements
Pristine Bragg peak and SOBP measurements at Clatterbridge using compact QuARC prototype.
Demonstrate detector principle and SOBP fitting.
UCLH WET Measurements
Measurements of the WET of stack of white painted sheets and clear sheets (with Mylar) from previous UCLH beam test.
Use IBA Giraffe to measure WET during UCLH monthly QA session.
UCLH 16th June 2022
Experimental measurements at UCLH. Third beam test with photodiode DAQ system.
Test light output with Rev. B prototype containing white sheets and clear sheets, comparing with CMOS sensor. Test new Rev.C prototype.
LED Optical Isolation Tests
Lab tests at UCL using LED fibre injection and unpainted sheets with layers of material in between to provide optical isolation.
Test cross-talk and light levels with no material, white paper, black card and mylar foil