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"
+
;generate cave2 output in mev.matched4.* w/ "elegant mev.ele"
cave2 floor coordinates [[media:mev.floor.txt]]
+
;cave2 floor coordinates [[media:mev.floor.txt]]
[[File:cave2v1.png|thumb|center|200px]]
+
;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
  1. Twiss is after a 130keV gun, so redo using 350keV POISSON output w/ Astra or Parmela or measured
  2. Wien filter is 130keV matrix, check that appropriate and length for 350keV
  3. Choppers are per analytical calculation
  4. Buncher is idealized
  5. SRF cavities are idealized
  6. Add real beampipe hardware dimensions
Cave1v1.png

Cave 2 output

generate cave2 output in mev.matched4.* w/ "elegant mev.ele"
cave2 floor coordinates media:mev.floor.txt
Noteworthy points
  1. Rotate chicane to be horizontal
  2. Add MeV spectrometer
  3. Add corrector raster lengths
  4. Add real beampipe hardware dimensions
Cave2v1.png