UITF Notes
Jump to navigation
Jump to search
The printable version is no longer supported and may have rendering errors. Please update your browser bookmarks and please use the default browser print function instead.
Opportunistic tests and long-term ideas off the top of my head
- Make sure we know which peak is which in the harp scans (make beam spot asymmetric and compare with viewer).
- Readjust buncher amplitude by minimizing p spread on 703?
- Measure p spread on 703
- Float gun-energy beam to 703 to verify MDLM601 calibration. Not sure if possible, but worth trying. Detune both cavities, use BPMs liberally.
- Have the intermittent RF instabilities fixed
- Measure how much juice the BPMs need for reliable positions, particularly in the keV region
- Is there anything we can learn from the BPMs / correctors to supplement the gun kick study at CEBAF?
- Implement QE tool per Joe's request. Got shopping list from Michele
- It would be nice to have an extra corrector before the booster to get a nicer axis through both cavities. Prefer the duct-tape variety to nothing at all
- Permanently incorporate prep chamber stuff into EPICS
- stalk heater PS, temperature readback, ion pump current, anode current. Consider protection logic to disable heater if pressure or temp gets too high. Add oven timer. It should automagically post a completion notice to UITFLOG.
- maybe also an EPICS-switchable DC voltage for the auxiliary laser diode (replaces manual "beam shutter")?
- have a second PS for the dispenser; could be remote-controlled or not, don't really care... we can't automate the whole process anyway because of the manual valve
Preparation for HKDL
- The keV emittance can be measured at 501 provided intrinsic energy spread is negligible (buncher off).
- qsUtility lacks harps to directly measure the optical functions prior to M601, especially directly before and after the booster. Need to measure them at M601 for a few suitable beam energies and backpropagate to M401 in preparation for simulations of the HKDL optics.