Difference between revisions of "20171116-JleicBunchFormation"
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== Current baseline == | == Current baseline == | ||
* As Todd understands it :) | * As Todd understands it :) | ||
| + | ** All energies are Kinetic! | ||
| + | ** All injection space charge limits are set to 0.15 | ||
* Linac ([https://indico.bnl.gov/getFile.py/access?contribId=5&sessionId=1&resId=1&materialId=slides&confId=3492 Brahim Oct 10 collaboration meeting talk]) | * Linac ([https://indico.bnl.gov/getFile.py/access?contribId=5&sessionId=1&resId=1&materialId=slides&confId=3492 Brahim Oct 10 collaboration meeting talk]) | ||
| − | ** 200 MHz microbunching structure from linac | + | ** 200 MHz microbunching structure from linac, up to 10 Hz |
| − | ** | + | ** H-: 280 MeV |
| + | *** 2 mA, 0.5 ms, 1 uC (6.24e12)/pulse | ||
| + | *** 90% norm emit (2.3 pi-mm-mrad, 8.8 pi-ns-keV) | ||
| + | *** rms sigmaE/E 1.0e-4 (or lower, scaled) | ||
| + | ** Pb67+: 100 MeV/u | ||
| + | *** 0.5 mA, 0.5 ms, 0.25 uC (2.33e10)/pulse | ||
| + | *** 90% norm emit (0.8 pi-mm-mrad, 4.6 pi-ns-keV/u) | ||
| + | *** rms sigmaE/E 0.8e-4 (or lower, scaled) | ||
| + | *** Pb30+ to Pb67+ stripping at 13 MeV/u | ||
* Booster | * Booster | ||
| + | ** 280m circumference ('''Probably will go up''') | ||
| + | ** h=1 capture, acceleration, compression, and extraction | ||
| + | ** h=1 bunch rotation to match collider bucket for bucket to bucket transfer | ||
| + | ** p: 280 to 7061 MeV (1218 to 8000 MeV total E) | ||
| + | *** H- to p charge exchange injection, 350 turns, coasting beam | ||
| + | ** Pb67+: 100 to 1792 MeV/u (1031 to 2723 MeV/u total E/u) | ||
| + | *** Cooling pulsed injection, several pulses, coasting beam | ||
| + | *** Strip to Pb82+ in transfer line | ||
* Collider | * Collider | ||
Revision as of 09:57, 16 November 2017
Nov 16 2017 JLEIC Ion Bunch Formation Meeting
- Todd, Yuhong, Jiquan, Ed, Randy (Vasiliy)
Objectives
- Summarize existing baseline bunch formation scheme
- Identify any concerns with existing baseline bunch formation scheme
- Develop short-term plans to address any concerns
- Document baseline bunch formation scheme (for TDR and Randy's dissertation)
Current baseline
- As Todd understands it :)
- All energies are Kinetic!
- All injection space charge limits are set to 0.15
- Linac (Brahim Oct 10 collaboration meeting talk)
- 200 MHz microbunching structure from linac, up to 10 Hz
- H-: 280 MeV
- 2 mA, 0.5 ms, 1 uC (6.24e12)/pulse
- 90% norm emit (2.3 pi-mm-mrad, 8.8 pi-ns-keV)
- rms sigmaE/E 1.0e-4 (or lower, scaled)
- Pb67+: 100 MeV/u
- 0.5 mA, 0.5 ms, 0.25 uC (2.33e10)/pulse
- 90% norm emit (0.8 pi-mm-mrad, 4.6 pi-ns-keV/u)
- rms sigmaE/E 0.8e-4 (or lower, scaled)
- Pb30+ to Pb67+ stripping at 13 MeV/u
- Booster
- 280m circumference (Probably will go up)
- h=1 capture, acceleration, compression, and extraction
- h=1 bunch rotation to match collider bucket for bucket to bucket transfer
- p: 280 to 7061 MeV (1218 to 8000 MeV total E)
- H- to p charge exchange injection, 350 turns, coasting beam
- Pb67+: 100 to 1792 MeV/u (1031 to 2723 MeV/u total E/u)
- Cooling pulsed injection, several pulses, coasting beam
- Strip to Pb82+ in transfer line
- Collider
