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Task #478
openTask #476: Calibrations
Aerogel
Added by Richard Trotta over 5 years ago. Updated over 2 years ago.
Start date:
07/11/2019
Due date:
% Done:
100%
Estimated time:
Description
Vladimir and Mireille will keep this updated.
Files
N0_100k.png (12.7 KB) N0_100k.png | Vladimir Berdnikov, 04/11/2020 01:26 PM | ||
N1_100k.png (12.6 KB) N1_100k.png | Vladimir Berdnikov, 04/11/2020 01:26 PM | ||
N2_100k.png (12.5 KB) N2_100k.png | Vladimir Berdnikov, 04/11/2020 01:26 PM | ||
N3_100k.png (12 KB) N3_100k.png | Vladimir Berdnikov, 04/11/2020 01:26 PM | ||
N4_100k.png (12.2 KB) N4_100k.png | Vladimir Berdnikov, 04/11/2020 01:26 PM | ||
N5_100k.png (11.7 KB) N5_100k.png | Vladimir Berdnikov, 04/11/2020 01:26 PM | ||
N6_100k.png (12.2 KB) N6_100k.png | Vladimir Berdnikov, 04/11/2020 01:26 PM | ||
P0_100k.png (11.7 KB) P0_100k.png | Vladimir Berdnikov, 04/11/2020 01:26 PM | ||
P1_100k.png (12.2 KB) P1_100k.png | Vladimir Berdnikov, 04/11/2020 01:26 PM | ||
P2_100k.png (12 KB) P2_100k.png | Vladimir Berdnikov, 04/11/2020 01:26 PM | ||
fit_N.png (21.7 KB) fit_N.png | Vladimir Berdnikov, 04/11/2020 01:27 PM | ||
fit_P.png (25.9 KB) fit_P.png | Vladimir Berdnikov, 04/11/2020 01:27 PM | ||
P4_100k.png (12.2 KB) P4_100k.png | Vladimir Berdnikov, 04/11/2020 01:27 PM | ||
P5_100k.png (12 KB) P5_100k.png | Vladimir Berdnikov, 04/11/2020 01:27 PM | ||
P6_100k.png (12.6 KB) P6_100k.png | Vladimir Berdnikov, 04/11/2020 01:27 PM |
Updated by Richard Trotta over 5 years ago
- Status changed from New to In Progress
Updated by Vladimir Berdnikov over 4 years ago
- File N0_100k.png N0_100k.png added
- File N1_100k.png N1_100k.png added
- File N2_100k.png N2_100k.png added
- File N3_100k.png N3_100k.png added
- File N4_100k.png N4_100k.png added
- File N5_100k.png N5_100k.png added
- File N6_100k.png N6_100k.png added
- File P0_100k.png P0_100k.png added
- File P1_100k.png P1_100k.png added
- File P2_100k.png P2_100k.png added
Richard Trotta wrote:
Vladimir and Mireille will keep this updated.
The Aerogel detector calibration procedure include:
- The conversion of the flash ADC sample values to photoelectrons. The conversion coefficient is the difference between mean values of channel pedestal and first photoelectron peak which determined from Gauss fits of cosmic or beam data. This procedure needed for all channels and in the end you have set of conversions coefficients.
- Second step is the control of the position of the single electron peak versus time for each channel. It achieved by fitting experimental data (fADC spectrum) with more complex function (Poisson + three Gauss) over all experiment period.
Work in progress...
Updated by Vladimir Berdnikov over 4 years ago
- File fit_N.png fit_N.png added
- File fit_P.png fit_P.png added
- File P4_100k.png P4_100k.png added
- File P5_100k.png P5_100k.png added
- File P6_100k.png P6_100k.png added
Richard Trotta wrote:
Vladimir and Mireille will keep this updated.
Updated by Richard Trotta over 2 years ago
- Status changed from In Progress to Closed
- % Done changed from 70 to 100
Updated by Richard Trotta over 2 years ago
- Status changed from Closed to Resolved
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