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Comparison of Power Depositions

Comparison of Power Depositions. X. Ding, D. B. Cline, UCLA H. Kirk, J. S. Berg, BNL Collaboration Meeting July 2, 2010. Part 1: Vary Shielding Material. Part1: Introduction. Using MARS15 to study energy deposition. Study II geometry and magnetic field map.

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Comparison of Power Depositions

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  1. Comparison of Power Depositions X. Ding, D. B. Cline, UCLA H. Kirk, J. S. Berg, BNL Collaboration Meeting July 2, 2010

  2. Part 1: Vary Shielding Material

  3. Part1: Introduction • Using MARS15 to study energy deposition. • Study II geometry and magnetic field map. • Using optimized target parameters for Hg jet & Proton Beam (length of 75cm on z-axis, radius of 4mm for target, tilt of 78.13 mrad for beam and 96.68mrad for Hg Jet to z-axis). • The number of particles in a given pulse of beam (4MW, 8GeV) is 3.125*1015 s-1.

  4. SC1 SC2 SC3 SC4 SC5 Air FeCo WC Shield Hg Jet Hg Jet STST Bottle Pre-Trgt Res Sol Hg Pool BeWindow (z=600cm) Part 1: Target Geometry

  5. Part 1: Power Deposition 8GeV & 4MW Proton beam

  6. Part 1: Power Deposition 8GeV & 4MW Proton beam

  7. Part 2: Beryllium Target

  8. Part 2: Introduction • Using MARS15 to study energy deposition. • Study II geometry and magnetic field map. • Using optimized target parameters for Beryllium Target & Proton Beam (length of 70cm on z-axis, radius of 6mm for Be target, tilt of 45 mrad for both target and beam to z-axis). • The number of particles in a given pulse of beam (4MW, 8GeV) is 3.125*1015 s-1.

  9. Part 2: Target Geometry

  10. Part 2: Power Deposition (PD) and Meson Production Proton beam:8GeV & 4MW; Shielding: 80%WC+20%Water KE Cut: 40MeV<KE<180MeV

  11. Part 2: Distribution of Energy Deposition Mercury Beryllium

  12. Part 2: Power DepositionsProton beam:8GeV & 4MW; Shielding: 80%WC+20%Water

  13. Part 2: Energy DepositionProton beam:8GeV & 4MW; Shielding: 80%WC+20%Water

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