Difference between revisions of "Thin radiator running conditions"
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(Created page with "This page contains a list of running conditions that might be impacted by a switch from running with a 60 micron converter at 150nA beam current, and running with a 20 micron...") |
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| − | This page contains a list of running conditions that might be impacted by a switch from running with a 60 micron converter at 150nA beam current, and running with a 20 micron convertr of comparable quality at 450nA beam current. | + | This page contains a list of running conditions that might be impacted by a switch from running with a 60 micron converter at 150nA beam current, and running with a 20 micron convertr of comparable quality at 450nA beam current, both with the same 5 mm primary collimator. |
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| + | # background hit rates in the CDC | ||
| + | # background hit rates in the FDC | ||
| + | # bias in the active collimator position | ||
| + | # singles rates in the TAGH and TAGM | ||
| + | # singles rates in the PS counters | ||
| + | # neutron fluxes in the tagger hall (affects SiPM, electronics lifetime) | ||
Revision as of 11:29, 20 August 2018
This page contains a list of running conditions that might be impacted by a switch from running with a 60 micron converter at 150nA beam current, and running with a 20 micron convertr of comparable quality at 450nA beam current, both with the same 5 mm primary collimator.
- background hit rates in the CDC
- background hit rates in the FDC
- bias in the active collimator position
- singles rates in the TAGH and TAGM
- singles rates in the PS counters
- neutron fluxes in the tagger hall (affects SiPM, electronics lifetime)
