Difference between revisions of "Analysis Plan"
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#* | #* | ||
#'' PS and flux (Sasha)'' | #'' PS and flux (Sasha)'' | ||
− | #* PS calibration for 2021 runs | + | #* PS/PSC calibration for 2021 runs |
− | #* PS acceptance determination | + | #* PS acceptance determination |
#* Flux for 2021 | #* Flux for 2021 | ||
#''FCAL'' (Igal) | #''FCAL'' (Igal) | ||
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#*Gain calibration | #*Gain calibration | ||
#*Nonlinear energy correction | #*Nonlinear energy correction | ||
− | + | #* | |
+ | #''Check calibration (calibrate) of TOF/BCAL/ST'' | ||
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Latest revision as of 13:05, 20 November 2021
Calibration Tasks
- Tagger (Tyler)
- PS and flux (Sasha)
- PS/PSC calibration for 2021 runs
- PS acceptance determination
- Flux for 2021
- FCAL (Igal)
- CCAL (Drew)
Timing offsets- Timewalk calibration
- Gain calibration
- Nonlinear energy correction
- Check calibration (calibrate) of TOF/BCAL/ST
General Analysis Tasks
- Alignment of detectors/beam. (Drew, 1 week)
- Compton on inner part of FCAL to align FCAL with beam.
- Use single-arm Compton scattering to align CCAL with beam.
- Determine angular resolution of two-photon pairs. (Tyler)
- Study how the resolution changes with energy and scattering angle
- Can use pi0s at larger angles and extrapolate to forward-angles
- Matching of detector response in Data/Simulation (Igal)
Compton Analysis (Drew)
- Perform simulations for 2021 data set.
- Simulate both Compton (signal) and Pair production (background) in hdgeant4
- May need separate simulations for each run period to account changes in run conditions.
- Determine optimal cut widths for each cut parameter (deltaE, deltaPhi, etc.)
- Measure cross section for small run periods
- Systematics study
- Can potentially use Compton process to study systematics related to the BCAL and TOF vetos.