Difference between revisions of "Daily Meetings"
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== Logistic information == | == Logistic information == | ||
| − | Time: Daily at 3: | + | Time: Daily at 3:15pm |
Location: Counting house conference room | Location: Counting house conference room | ||
<br> | <br> | ||
| Line 15: | Line 15: | ||
== Standing Agenda == | == Standing Agenda == | ||
| − | # RC Status Report | + | # RC Status Report - https://docs.google.com/document/d/1jHNf9rMBiHg8O4Qxlv-vnAy3M-rRdREJ5aRpy5XCO9c/edit?usp=sharing |
# Subsystem status reports | # Subsystem status reports | ||
#* Integrating DAQ | #* Integrating DAQ | ||
| Line 34: | Line 34: | ||
# [[RunPlanDaily | Daily Run Plan]] | # [[RunPlanDaily | Daily Run Plan]] | ||
| − | + | ==To Do== | |
| + | |||
| + | |||
| Line 42: | Line 44: | ||
Longer term plan: | Longer term plan: | ||
| + | |||
Accelerator Tasks: | Accelerator Tasks: | ||
| + | |||
Group 1: | Group 1: | ||
1. Moller lock | 1. Moller lock | ||
| − | 2. Vwein/solenoid adjustment for vertical transverse | + | 2. Vwein/solenoid adjustment for vertical transverse |
3. Spin Dance | 3. Spin Dance | ||
| − | 4. VWein/solenoid fine tune optimization to minimize v. transverse for both flip right and flip left at new HWein angle. | + | 4. VWein/solenoid fine tune optimization to minimize v. transverse for both flip right and flip left at new HWein angle. |
Group 2: | Group 2: | ||
| Line 62: | Line 66: | ||
Restarting in hall: | Restarting in hall: | ||
| − | - check target position and raster size using spot++ and carbon hole | + | *- check target position and raster size using spot++ and carbon hole |
| − | + | * we should start with counting run using VDCs and downstream detectors (careful setup/backout, but no access required) | |
| − | + | * remember safeguards | |
o ramp rate <10uA/sec (in small steps or slower if necessary) | o ramp rate <10uA/sec (in small steps or slower if necessary) | ||
o run at collimator center, but verify target is where we expect (or else, framehunt to be certain) | o run at collimator center, but verify target is where we expect (or else, framehunt to be certain) | ||
| Line 72: | Line 76: | ||
Soon we need: | Soon we need: | ||
———————————————— | ———————————————— | ||
| − | - pulsed beam synch check | + | *- pulsed beam synch check |
| − | + | *Low current -> high current cavities | |
| − | + | * Sieve IN Ca-48 counting run (to hunt inelastic cross-sections) | |
| − | + | *Recheck of det alignment | |
| − | + | *another Q2 measurement | |
[[Category:Meetings]][[Category:Task List]] | [[Category:Meetings]][[Category:Task List]] | ||
Latest revision as of 09:49, 16 January 2020
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Logistic information
Time: Daily at 3:15pm Location: Counting house conference room
BlueJeans calling instructions: Toll-Free Number (U.S.& Canada): 888-240-2560 International toll number: 408-740-7256 Bluejeans CODE: 256 205 934 Bluejeans link: https://bluejeans.com/256205934
Standing Agenda
- RC Status Report - https://docs.google.com/document/d/1jHNf9rMBiHg8O4Qxlv-vnAy3M-rRdREJ5aRpy5XCO9c/edit?usp=sharing
- Subsystem status reports
- Integrating DAQ
- Counting DAQ
- Main detectors
- SAMs
- AT
- PQB
- Beam Monitors
- Dithering
- Target
- WAC
- Compton
- Shifts
- Other
- Daily Run Plan
To Do
Short term (today): Day/swing-Moller lock, optics check, adiabatic damping, (ffb?), Swing/owl-Find chole and make sure same position as before, sieve in Ca48 run, detector alignment check, Q2. Stop by 6:30am.
Longer term plan:
Accelerator Tasks:
Group 1:
1. Moller lock 2. Vwein/solenoid adjustment for vertical transverse 3. Spin Dance 4. VWein/solenoid fine tune optimization to minimize v. transverse for both flip right and flip left at new HWein angle.
Group 2:
1. Damping test, Matching improvement 2. Tune beam for low backgrounds through the Compton chicane 3. FFB commissioning
Group 3:
1. Spot size 2. Phase Advance
———————————————— Hall Tasks: Restarting in hall:
- - check target position and raster size using spot++ and carbon hole
- we should start with counting run using VDCs and downstream detectors (careful setup/backout, but no access required)
- remember safeguards
o ramp rate <10uA/sec (in small steps or slower if necessary)
o run at collimator center, but verify target is where we expect (or else, framehunt to be certain)
o keep an eye of dp / Teifenbach measurement
Soon we need:
————————————————
- - pulsed beam synch check
- Low current -> high current cavities
- Sieve IN Ca-48 counting run (to hunt inelastic cross-sections)
- Recheck of det alignment
- another Q2 measurement
