Difference between revisions of "20160923-JleicIonIntegration"
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| − | + | == Sep 23 2016 JLEIC Ion Integration Meeting == | |
| − | + | ==== Ion linac parameters and extending linac baseline files to high energy (Todd) ==== | |
| − | * | + | * Added the [[Ion_Linac_Parameters | ion linac parameters]] to the [[JLEIC_Baseline_Parameters | JLEIC baseline parameters]] page. |
| − | * | + | * Added TRACK code and supporting lattices to the [https://jlabsvn.jlab.org/svnroot/jleic/ JLEIC svn repository]. |
| + | * These parameters are currently only modeled for the low energy (134 MeV p, 44 MeV Pb) option. | ||
| + | ** That lattice was designed and delivered by P. Ostroumov, B. Mustapha, and A. Plastun (ANL). | ||
| + | ** [https://casa.jlab.org/satogata/web/2016-09-23-JleicIonInjectorLead-EvsS.pdf Plot of low energy lead energy vs S] | ||
| + | * Consulted earlier this week with Peter Ostroumov about the best way to extend the linac to high energy (280 MeV p, 100 MeV Pb) | ||
| + | * Do not need additional types of HWR cryomodules with different cavities; existing cavities optimized for beta=0.3 will do. | ||
| + | * Have about 7.5 MeV of energy gain per cryomodule for Pb, so need 8 more beta=0.3 cryomodules in linac for high energy. | ||
| + | ** This is despite final high-energy option betas of 0.64 (p) and 0.43 (Pb). | ||
| + | * Expect to have parameter and lattice update for high energy option before collaboration meeting in two weeks. | ||
| − | === Reference Materials | + | ==== Summary of current state of ion beam formation plan (Jiquan) ==== |
| + | |||
| + | ==== Comments on preliminary space charge studies for Booster injection energy options (Ed) ==== | ||
| + | |||
| + | == Reference Materials == | ||
* [https://www.jlab.org/indico/event/179/ JLEIC Fall 2016 Collaboration Meeting] (Oct 5-7 2016, InDiCo) | * [https://www.jlab.org/indico/event/179/ JLEIC Fall 2016 Collaboration Meeting] (Oct 5-7 2016, InDiCo) | ||
| + | * [https://jlabsvn.jlab.org/svnroot/jleic/ JLEIC svn repository] | ||
| − | + | == Attendance == | |
* (tbd) | * (tbd) | ||
Revision as of 13:24, 23 September 2016
Sep 23 2016 JLEIC Ion Integration Meeting
Ion linac parameters and extending linac baseline files to high energy (Todd)
- Added the ion linac parameters to the JLEIC baseline parameters page.
- Added TRACK code and supporting lattices to the JLEIC svn repository.
- These parameters are currently only modeled for the low energy (134 MeV p, 44 MeV Pb) option.
- That lattice was designed and delivered by P. Ostroumov, B. Mustapha, and A. Plastun (ANL).
- Plot of low energy lead energy vs S
- Consulted earlier this week with Peter Ostroumov about the best way to extend the linac to high energy (280 MeV p, 100 MeV Pb)
- Do not need additional types of HWR cryomodules with different cavities; existing cavities optimized for beta=0.3 will do.
- Have about 7.5 MeV of energy gain per cryomodule for Pb, so need 8 more beta=0.3 cryomodules in linac for high energy.
- This is despite final high-energy option betas of 0.64 (p) and 0.43 (Pb).
- Expect to have parameter and lattice update for high energy option before collaboration meeting in two weeks.
Summary of current state of ion beam formation plan (Jiquan)
Comments on preliminary space charge studies for Booster injection energy options (Ed)
Reference Materials
- JLEIC Fall 2016 Collaboration Meeting (Oct 5-7 2016, InDiCo)
- JLEIC svn repository
Attendance
- (tbd)
