Optics
Chess 5.3GeV
bmad_chess_20090225.lat
4 horizontal separators 5X6 and 4X6 noncollidingLayout: $LAT/layout/cesrta_06.bmad
bmad_chess_20050617.lat
4 horizontal and 2 vertical separators. 9X6Layout: /home/dlr/layout/layout_antisol_2007_02_27_19kg.bmad
chess_2southsep_20080508.lat
2 horizontal and no vertical separators. 10X4Layout: /home/dlr/layout/layout_cesrta_v8.bmad
chess_20080505a.lat
4 horizontal and no vertical separators. 10X4Layout: /home/dlr/layout/layout_cesrta_v8.bmad
bmad_chess_4sep_cta_080429.lat
Layout: /home/dlr/layout/layout_cesrta_v8.bmad
CesrTA
cta_4000mev_20090814.lat
4GeV, superconducting wigglers off. Permanent wigglers open. Qx=14.57. Emittance=42nm Layout: /home/dlr/layout/cesrta_03.bmad
cta_4000mev_23nm_20090816.lat
4GeV, L0 superconducting wigglers at 1.9T. Permanent wigglers open. Qx=14.57. Emittance=90nm Layout: /home/dlr/layout/cesrta_03.bmad
cta_5000mev_pmwig_20090314.lat
5GeV, superconducting wigglers off. Permanent wigglers closed. Qx=14.57. Emittance=90nm Layout: /home/dlr/layout/cesrta_02.bmad
cta_5000mev_40nm_20090513.lat
5GeV, 6 1.9T wigglers. Qx=14.57. Emittance=40nm Layout: /home/dlr/layout/cesrta_02.bmad
bmad_6wig_2085_20081103.lat
6 1.9T wigglers. Qx=10.57. Emittance=7.6nm Layout: /home/dlr/layout/cesrta_01.bmad
cta_5000mev_20090103.lat
6 1.9T wigglers. Qx=14.57. Emittance=57nm Layout: /home/dlr/layout/cesrta_01.bmad
cta_2085mev_20081107.lat
12 1.9T wigglers. Qx=14.57. Emittance=2.6nm Layout: /home/dlr/layout/cesrta_01.bmad
cta_2000mev_20081023.lat
2.0GeV. 1.9T. 2.5nm,
Layout: /home/dlr/layout/cesrta_01.bmad
cta_5000_v8_6wig_080506.lat
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- cta_2500_20080521.lat
- 2.5GeV. 1.9T. 3.6nm,
Layout: /home/dlr/layout/layout_cesrta_v8.bmad
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- cta_5000_v8_6wig_080506.lat
- 5GeV. 6 wigglers in L0. 1.9T. 31nm,
Layout: /home/dlr/layout/layout_cesrta_v8_6wig.bmad
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- bmad_6wig_100nm_2085.lat
- 2.085GeV 6 wigglers. 1.9T. 100nm. CESR-c layout. CLEO solenoid. For June 2008 run. High emittance version of bmad_6wig_8nm_2085.lat
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- bmad_6wig_8nm_2085.lat
- 2.085GeV 6 wigglers. 1.9T. 8nm. CESR-c layout. CLEO solenoid. For June 2008 run
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- ctf_20080403.lat (same as cta_2000_v8_080403.lat)
- 2.0GeV 12 wigglers. 1.9T. 2.5nm. CesrTA Layout as of April 2008
tune scan and dynamic aperture
Layout: /home/dlr/layout/layout_cesrta_v8.bmad
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- ctf_20070707_2500mev_21kg_12wig
- 2.5GeV 12 wigglers. 2.1T. 3.4nm.
tune scan and dynamic aperture
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- ctf_20070705_5gev_19kg_6wig
- 5GeV, 6 1.9T wigglers L0. 30nm.
tune scan and dynamic aperture
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- ctf_20070620
- 2GeV, 12 1.9T wigglers. 6 wigglers in L0. 2.3nm.
tune scan and dynamic aperture
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- ctf_20070608
- tune scan and dynamic aperture
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- ctf_12wig_v4c_s2.lat
- 2GeV, 1.9T, dynamic aperture at 15MV and 8.5MV
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- CESR 2GeV, 12 wiggler, low emittance lattice
- ctf_12wig_job12.html qtuned to 14.593,9.6445 and new sextupoles, 6 2.1T wigglers moved to L3. 3 wigglers remain between Q18E and Q19E
and 3 in the west.
At 2GeV, emittance = 2.2nm. Qx=14.5935, Qy=9.6445
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- CESR 2GeV, 12 wiggler, low emittance lattice
- 6 2.1T wigglers moved to L3. 3 wigglers remain between Q18E and Q19E
and 3 in the west.
At 2GeV, emittance = 0.89nm. Qx=14.54, Improved injection parameters (Beta_h at 34)
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- CESR 2GeV, 12 wiggler, low emittance lattice
- 6 2.1T wigglers moved to L3. 3 wigglers remain between Q18E and Q19E
and 3 in the west.
At 2GeV, emittance = 0.89nm. Qx=14.54
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- CESR 2GeV low emittance lattice
- IR quads replaced with 8 2.1T wigglers. At 2GeV, emittance = 1.5nm