Difference between revisions of "Beamline Layout Version 1"
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Line 15: | Line 15: | ||
#Buncher is idealized | #Buncher is idealized | ||
#SRF cavities are idealized | #SRF cavities are idealized | ||
+ | #Add real beampipe hardware dimensions | ||
;[[File:cave1v1.png|thumb|center|200px]] | ;[[File:cave1v1.png|thumb|center|200px]] | ||
= Cave 2 output = | = Cave 2 output = | ||
− | + | ;generate cave2 output in mev.matched4.* w/ "elegant mev.ele" | |
− | + | ;cave2 floor coordinates [[media:mev.floor.txt]] | |
− | + | ;Noteworthy points | |
+ | #Rotate chicane to be horizontal | ||
+ | #Add MeV spectrometer | ||
+ | #Add corrector raster lengths | ||
+ | #Add real beampipe hardware dimensions | ||
+ | ;[[File:cave2v1.png|thumb|center|200px]] |
Revision as of 16:53, 19 December 2014
This version documents the as-is design work for 2014 of caves 1 and 2 (Dec. 19, 2014)
Elegant Source Files
lattice file media:hd.lte.txt elegant input for 350keV gun through two 3.5MeV SRF cavities uses beam line = anne media:kev_elegant_deck.txt elegant input for 7.2 MeV using measured CEBAF Twiss through HD Ice beam dump used beam line = george media:mev_elegant_deck.txt
Cave 1 output
- generate cave1 output in kev.* w/ "elegant kev.ele"
- cave1 floor coordinates media:kev.floor.txt
- Noteworthy points
- Twiss is after a 130keV gun, so redo using 350keV POISSON output w/ Astra or Parmela or measured
- Wien filter is 130keV matrix, check that appropriate and length for 350keV
- Choppers are per analytical calculation
- Buncher is idealized
- SRF cavities are idealized
- Add real beampipe hardware dimensions
Cave 2 output
- generate cave2 output in mev.matched4.* w/ "elegant mev.ele"
- cave2 floor coordinates media:mev.floor.txt
- Noteworthy points
- Rotate chicane to be horizontal
- Add MeV spectrometer
- Add corrector raster lengths
- Add real beampipe hardware dimensions