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MICE Beamline Feb. 10, 2008 Q1 and Q2 Protons

MICE Beamline Feb. 10, 2008 Q1 and Q2 Protons. Tom Roberts Illinois Institute of Technology. Description. Prospects for early beam have just B1, B2, Q1, Q2 powered Kevin Tilley provided a tune for P=530 MeV/c protons from the target

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MICE Beamline Feb. 10, 2008 Q1 and Q2 Protons

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  1. MICE BeamlineFeb. 10, 2008Q1 and Q2 Protons Tom Roberts Illinois Institute of Technology MICE Beamline Feb. 10, 2008

  2. Description • Prospects for early beam have just B1, B2, Q1, Q2 powered • Kevin Tilley provided a tune for P=530 MeV/c protons from the target • G4beamline was used to simulate this tune, including normalization to protons on target. • Target model includes protons, pi+, e+, gammas; all mimic distributions from protons on the target. • These plots are for 1E10 protons intersecting the MICE target. • At Ckov1a: • 9 mu+ • 22 pi+ • 252 protons (invisible) MICE Beamline Feb. 10, 2008

  3. B1, B2, Q1, Q2 are all powered Q3 and Q4-Q6 are present but off DecaySolenoid is present but off Only 2 monitors are physically available Note that TOF0 is omitted, Mon3 in its place Beam Layout Mon1 Ckov1a&b Mon2 Mon3 MICE Beamline Feb. 10, 2008

  4. Beam Profile Big Momentum Cut at Z=100(CPU time) MICE Beamline Feb. 10, 2008

  5. Mon1 X-Y • Vertical half-aperture of B1 = 76.2 vertical focusing • Horizontal half-width of Monitor = 100 MICE Beamline Feb. 10, 2008

  6. Mon1 Ptot MICE Beamline Feb. 10, 2008

  7. Mon2 X-Y • Aperture of DecaySolenoidr = 57.5 MICE Beamline Feb. 10, 2008

  8. Mon2 Ptot MICE Beamline Feb. 10, 2008

  9. Mon3 X-Y • Vertical half-width of monitor = 100 • Horizontal half-width of monitor = 100 MICE Beamline Feb. 10, 2008

  10. Ckov1a pi+ Ptot MICE Beamline Feb. 10, 2008

  11. Ckov1a mu+ Ptot MICE Beamline Feb. 10, 2008

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