Difference between revisions of "PQB Meeting July 6, 2017"
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2. Instead of filling two helicity trains (+ gap - gap) in the electron ring, each 1540 bunches, is it possible to fill the ring with four helicity trains each 770 bunches? (e.g., + gap - gap + gap - gap) | 2. Instead of filling two helicity trains (+ gap - gap) in the electron ring, each 1540 bunches, is it possible to fill the ring with four helicity trains each 770 bunches? (e.g., + gap - gap + gap - gap) | ||
3. For the waiting time of 72.07 µs, part of this time (70 µs) is to allow for the Pockels Cell flipping. In the future, the Pockels Cell flipping time will be improved to 12 µs. How would this affect the injection scheme? | 3. For the waiting time of 72.07 µs, part of this time (70 µs) is to allow for the Pockels Cell flipping. In the future, the Pockels Cell flipping time will be improved to 12 µs. How would this affect the injection scheme? | ||
| + | 4. Is it possible to have transversely polarized electrons at interaction point (IP)? | ||
Latest revision as of 07:26, 7 July 2017
We will meet in TL 2236 Thursday July 6 at 9:00 am EST.
For those calling in we'll use the Blue Jeans [1] audio conference system.
Phone number: 1-888-240-2560 Meeting ID: 3528502673# Meeting URL: http://bluejeans.com/3528502673
Agenda:
1- Caryn Palatchi - New RTP System: media:PQBMeeting20170706.pdf
2- PQB requirements at Jefferson Lab Electron-Ion Collider (JLEIC): media:PQB_JLEIC.pdf media:PQB_JLEIC.pptx
- Description of the baseline injection scheme can be found here (p. 24): media:1504.07961.pdf [2]
Questions to Vasiliy and Fanglei: 1. Is it possible to have spin flipping in the electron ring similar to the ion ring? 2. Instead of filling two helicity trains (+ gap - gap) in the electron ring, each 1540 bunches, is it possible to fill the ring with four helicity trains each 770 bunches? (e.g., + gap - gap + gap - gap) 3. For the waiting time of 72.07 µs, part of this time (70 µs) is to allow for the Pockels Cell flipping. In the future, the Pockels Cell flipping time will be improved to 12 µs. How would this affect the injection scheme? 4. Is it possible to have transversely polarized electrons at interaction point (IP)?