Difference between revisions of "Production Run Plan R-HRS"
From Hall A Wiki
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==== Proton Elastic Kinematics ==== | ==== Proton Elastic Kinematics ==== | ||
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* If you need to increase the spectrometer momentum setting, make sure you cycle Q2 and Q3 as per the cycling procedure. | * If you need to increase the spectrometer momentum setting, make sure you cycle Q2 and Q3 as per the cycling procedure. | ||
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* <b>A GMp expert will check the data quality.</b> | * <b>A GMp expert will check the data quality.</b> | ||
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| + | * <b>2nd Pass (E = 4.5 GeV)</b> Time estimate: 15 hours<br> | ||
<table border="1" style="width:80%"> | <table border="1" style="width:80%"> | ||
Revision as of 11:01, 13 February 2016
Proton Elastic Kinematics
* If you need to increase the spectrometer momentum setting, make sure you cycle Q2 and Q3 as per the cycling procedure. * Elastic electron rates assume 20 μA on 15 cm LH2 target, 5 mSr acceptance. * A GMp expert will check the data quality.
- 2nd Pass (E = 4.5 GeV) Time estimate: 15 hours
| Target | Raster | Ebeam [GeV] | P0 [GeV/c] | θe [deg] | Q2 [GeV2] | Electron Rate [Hz] at 20 μA | hours at 20 μA |
| 15 cm LH2 | 2 x 2 mm2 | 4.481 | 1.706 | 48.74 | 5.21 | 2.4 | 12 (for 100k events) |
| 15 cm Dummy | 2 x 2 mm2 | 4.481 | 1.706 | 48.74 | 5.21 | 0.4 | 2.5 (for 3.6k events) |
- 4th Pass (E = 8.8 GeV) Time estimate: 22 days
| Target | Raster | Ebeam [GeV] | P0 [GeV/c] | θe [deg] | Q2 [GeV2] | Electron Rate [Hz] at 20 μA | days at 20 μA |
| 15 cm LH2 | 2 x 2 mm2 | 8.841 | 2.101 | 48.74 | 12.65 | 0.018 | 21 (for 32k events) |
| 15 cm Dummy | 2 x 2 mm2 | 8.841 | 2.101 | 48.74 | 12.65 | ---- |
- 5th Pass (E = 11.0 GeV) Time estimate: 39 days
| Target | Raster | Ebeam [GeV] | P0 [GeV/c] | θe [deg] | Q2 [GeV2] | Electron Rate [Hz] at 20 μA | days at 20 μA |
| 15 cm LH2 | 2 x 2 mm2 | 11.021 | 2.204 | 48.74 | 16.54 | 0.003 | 38 (for 10k events) |
| 15 cm Dummy | 2 x 2 mm2 | 11.021 | 2.204 | 48.74 | 16.54 | ---- |
