Difference between revisions of "UITF Procedures not managed via document control"
Jump to navigation
Jump to search
| Line 6: | Line 6: | ||
'''[[laser related]]''' | '''[[laser related]]''' | ||
| − | *tune mode generator alignment procedure | + | *tune mode generator alignment procedure [media:tune mode generator alignment procedure.pdf]] |
*pockel cell alignment procedure | *pockel cell alignment procedure | ||
*maximizing the power delivered to the laser hutch inside UITF enclosure | *maximizing the power delivered to the laser hutch inside UITF enclosure | ||
| Line 30: | Line 30: | ||
'''[[HDIce-related]]''' | '''[[HDIce-related]]''' | ||
| − | *Rowgowski-coil beam position monitor | + | *Rowgowski-coil beam position monitor [media:Kevin's proposed test plan for evaluating the Rogowski coil bpm.docx]] |
Revision as of 16:44, 4 March 2020
- krypton and vacuum high voltage processing
- photogun bakeout
- QE scanning the photocathode
- turn ON/OFF the photogun high voltage
- tune mode generator alignment procedure [media:tune mode generator alignment procedure.pdf]]
- pockel cell alignment procedure
- maximizing the power delivered to the laser hutch inside UITF enclosure
techniques to set the UITF buncher phase and gradient
- using the harmonically resonant cavity
- using the 200 keV spectrometer
- using the Yao cavity, time-of-flight method
- overall description
notes on sweeping the UITF enclosure and making it safe after beam operations
- overview of the sweep procedure for UITF, including pre-sweep steps
- UHV ion pumps, setting the trip limit
- how to get it
- Locking out the gun and high power RF
- Locking out the valve upstream of the booster
- Rowgowski-coil beam position monitor [media:Kevin's proposed test plan for evaluating the Rogowski coil bpm.docx]]