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O verview of Fermilab Accelerator Complex and Beam Lines

O verview of Fermilab Accelerator Complex and Beam Lines. T. Kobilarcik FNAL. Fermilab Accelerators. Linac Booster Main Injector Tevatron. Linac. 400 MeV protons. 15 – 50 m s spill at 15 Hz. 35 mA . Currently transports beam to MTA hall.

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O verview of Fermilab Accelerator Complex and Beam Lines

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  1. Overview of FermilabAccelerator Complex and Beam Lines T. Kobilarcik FNAL

  2. Fermilab Accelerators • Linac • Booster • Main Injector • Tevatron Santa Fe Polarized Drell-Yan Workshop 2010

  3. Linac • 400 MeVprotons. • 15 – 50 ms spill at 15 Hz. • 35 mA. • Currently transports beam to MTA hall. • Hall is 40’ long, 21’ wide, and 16’ tall. • Probably need new facility. Santa Fe Polarized Drell-Yan Workshop 2010

  4. Booster • 8 GeV protons • 1.6 ms spill at 15 Hz; 53 MHz structure. • 5 x 10^12 protons per spill. • Currently transports beam toward MiniBooNE experiment via Booster Neutrino Beamline. Santa Fe Polarized Drell-Yan Workshop 2010

  5. Tevatron • Presently unable to deliver beam to fixed target experiments. • Historically: • 800 GeV protons • 20 second slow spill at 60 seconds; 53 MHz structure. • 1 x 10^13 protons per spill. • Single turn extraction possible Santa Fe Polarized Drell-Yan Workshop 2010

  6. Main Injector • 120 GeV protons. • 10 ms single turn extraction. • 1 to 4 second slow spill. • 53 MHz structure. • 60 second repetition rate. • Delivers beam to fixed target area. Santa Fe Polarized Drell-Yan Workshop 2010

  7. Fixed Target Area Santa Fe Polarized Drell-Yan Workshop 2010

  8. Fixed Target Area – NM Beamline • Presently used for E906/SeaQuest. • 5 x 10^12 protons per spill. Santa Fe Polarized Drell-Yan Workshop 2010

  9. Fixed Target Area – MT Beamline • Presently serves the Meson Test Beam Facility. • All rate are 100’s of kHz. • Primary Beam. • 120 GeV protons. • Secondary Beam. • Pion Mode: 1- 66 GeVpions or 200 MeVpions. Santa Fe Polarized Drell-Yan Workshop 2010

  10. Fixed Target Area – MC Beamline • Formerly housed the MIPP experiment • May re-commission beamline in within the year. • May be possible to target up to 2x10^12 protons per spill (once per minute) with shielding upgrade. • Can house ~225’ long beamlinewithing detector building. Santa Fe Polarized Drell-Yan Workshop 2010

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