HRRL 03-15-2011: Difference between revisions
| Line 20: | Line 20: | ||
=Scan Results= | =Scan Results= | ||
<math>\epsilon_{nor} = \epsilon_{geo} \times \gamma<math> | |||
<math>\epsilon_{nor} = \epsilon_{geo} \times \gamma</math> | |||
==Scan_Quad1 == | ==Scan_Quad1 == | ||
| Line 117: | Line 118: | ||
beta=0.459 +- 0.001, alpha=-0.601 +-0.002 | beta=0.459 +- 0.001, alpha=-0.601 +-0.002 | ||
Revision as of 04:19, 16 March 2011
Quad scan
1.) deliver 165 mA peak current to FC with all Quads off Ouput corrector off (H2=0,V2=0) 2.) Use Q1-Q3 to make smallest spot on the OTR
3.) Use Output corrector to center beam spot onto OTR. Record transmission.
Quad scan using Q4
Do quick quad scan with analog camera
Install digital and shielding
| Quad current | STOR image |
| File:Image.png |
Scan Results
[math]\displaystyle{ \epsilon_{nor} = \epsilon_{geo} \times \gamma }[/math]
Scan_Quad1
163mA
x-projection:
emit=0.236 +- 0.001 mm*mrad, emit_norm=4.622 +- 0.018 mm*mrad
beta=0.574 +- 0.001, alpha=0.895 +-0.002
y-projection:
emit=0.299 +- 0.003 mm*mrad, emit_norm=5.846 +- 0.054 mm*mrad
beta=0.315 +- 0.001, alpha=-0.742 +-0.004
80mA
x-projection:
emit=0.110 +- 0.001 mm*mrad, emit_norm=2.151 +- 0.014 mm*mrad
beta=0.378 +- 0.001, alpha=0.957 +-0.003
y-projection:
emit=0.281 +- 0.002 mm*mrad, emit_norm=5.491 +- 0.030 mm*mrad
beta=0.546 +- 0.001, alpha=-0.873 +-0.003
40mA
x-projection:
emit=0.267 +- 0.002 mm*mrad, emit_norm=5.224 +- 0.033 mm*mrad
beta=0.449 +- 0.001, alpha=1.142 +-0.004
y-projection:
emit=0.731 +- 0.004 mm*mrad, emit_norm=14.303 +- 0.076 mm*mrad
beta=0.382 +- 0.001, alpha=-0.613 +-0.002
20mA
x-projection:
emit=0.245 +- 0.002 mm*mrad, emit_norm=4.804 +- 0.031 mm*mrad
beta=0.463 +- 0.001, alpha=1.139 +-0.004
y-projection:
emit=0.699 +- 0.003 mm*mrad, emit_norm=13.673 +- 0.063 mm*mrad
beta=0.459 +- 0.001, alpha=-0.601 +-0.002