Difference between revisions of "Optics Meeting Aug 23 2022 230PM ET"
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=Minutes= | =Minutes= | ||
| + | Vassu | ||
| + | * For passes 1, 2, and 3, each hole can be confined within one of the GEM locations. | ||
| + | * Hole 51 (r = 39 mm phi = -8 degrees) | ||
| + | ** This hole doesn't appear to move much in phi even with the large phi offset. | ||
| + | ** Keep it where it is so that we can understand and investigate the level of azimuthal defocusing at different radii. | ||
| + | * Each GEM rotation configuration (red, green, and black) contain either zero phi offset holes, negative phi offset holes, or positive phi offset holes. | ||
| + | * Efficiency at the edged of the GEMs? | ||
| + | ** Look at SBS GEM efficiencies. | ||
| + | ** How close to the edge of the GEM active region can we be? | ||
| + | *In progress: look into relative moller vs elasticC12 rates and their separation. | ||
=Meeting link information= | =Meeting link information= | ||
Revision as of 18:55, 23 August 2022
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Contents
[hide]Agenda
- Sieve hole phi offset update [Vassu]
Attendance
Vassu, Zuhal, Ciprian, Brynna, James, Nathan, Bill, Kate
Minutes
Vassu
- For passes 1, 2, and 3, each hole can be confined within one of the GEM locations.
- Hole 51 (r = 39 mm phi = -8 degrees)
- This hole doesn't appear to move much in phi even with the large phi offset.
- Keep it where it is so that we can understand and investigate the level of azimuthal defocusing at different radii.
- Each GEM rotation configuration (red, green, and black) contain either zero phi offset holes, negative phi offset holes, or positive phi offset holes.
- Efficiency at the edged of the GEMs?
- Look at SBS GEM efficiencies.
- How close to the edge of the GEM active region can we be?
- In progress: look into relative moller vs elasticC12 rates and their separation.
Meeting link information
Meeting URL
https://cwm.zoom.us/j/97259755403?pwd=WTRqVHJnZ3RQa1IwNHdMQjJuQm9FZz09
Meeting ID: 972 5975 5403
Passcode: 4937
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