- BEMC
- BEMC Detector Operator Manual
- Calibrations
- BPRS
- BSMD
- 1) DATA: 2008 BSMD Calibration
- 01) raw spectra
- 02) relative BSMD-E gains from 1M dAu events
- 03) more details , answering Will
- 04) bad CAP 123
- 05) BSMDE saturation, dAu, 500K minB eve
- 06) QAed relative gains BSMDE, 3M d-Au events , ver1.0
- 07) QA method for SMD-E, slopes , ver1.1
- 08) SMD-E gain equalization , ver 1.1
- 09) QA of SMD-P slopes, ver1.1
- 10) SMD-P gain equalization , ver 1.1
- 12) investigating status of P-strips
- 13) ver 1.2 : SMD-E, -P, status & relative gains, no Crate4
- 14 Eval of BSMDE status tables for pp 2008, day 49,50
- 15 stability of BSDM peds, day 47 is good
- 15a ped stability day 47, take 2
- 16) Time stability by fill of BSMD pedestals
- 17) Absolute gains , take1
- 18 Absolute gains, take 2
- 19) Absolute BSMD Calibration, table ver2.0, Isolated Gamma Algo description
- 20 BSMD saturation
- 1) M-C : response of BSMD , single particles (Jan)
- BSMD 2005 energy scale uncertainty
- Definition of absolute BSMD calibration
- Mapping, strip to tower distance
- Run 10 BSMD Calibrations
- Run 9 BSMD Calibration
- details about known hardware problems
- details of SMD simulator, simu shower zoom-in
- one cluster topology , definition of 'barrel cell'
- 1) DATA: 2008 BSMD Calibration
- BTOW - Calibration Procedure
- Run 12 BTOW Calibration
- Run 3 BTOW Calibration
- Run 4 BTOW Calibration
- Run 5 BTOW Calibration
- Run 6 BTOW Calibration
- Run 7 BTOW Calibration
- Run 8 BTOW Calibration (2008)
- Run 9 BTOW Calibration
- Database
- Hardware
- Mapping
- Service Tasks
- Software
- Useful Documents
- EEMC
- ETOF
- FCS
- FGT
- FPD & FMS & FPS
- FTPC
- FTT
- HLT
- L3
- PMD
- PP2PP
- RICH
- Roman Pot Phase II*
- SSD
- SVT
- Slow Controls
- TPC
- TRG
- Trigger Detectors
- VPD
- test
08) SMD-E gain equalization , ver 1.1
Updated on Tue, 2008-07-22 10:05. Originally created by balewski on 2008-07-17 21:37.
Under:
Goal : predict BSMD-E relative gain corrections for every eta bin
Method : find average slope per eta slice, fit gauss, determine average slope : avrSlope(iEta)
Gain correction formula is used only for extreme deviations:
- gainCorr_i = slope_i/avrSlope(iEta), i =1,..,18,000
- if( fabs(1-gainCorr)<0.15) gainCor=1.0 // do not correct
Fig 1 Example of 2 eta slices
Fig 2 TOP: Slope distribution vs. eta-bin, average marked by crosses
BOTTOM: predicted gain correction. Correction=1 for strips w/ undetermined gains.
Fig 3 Predicted gain correction. Correction=1 for ~14K of 18K strips.
Fig 4 The same predicted gain correction vs. stripID.
»
- Printer-friendly version
- Login or register to post comments