Comparison of Power Deposition in SC1 Coil Xiaoping Ding UCLA Target Studies Jun. 29, 2010.

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Presentation transcript:

Comparison of Power Deposition in SC1 Coil Xiaoping Ding UCLA Target Studies Jun. 29, 2010

Part 1: Vary Shielding Material

Part1: Introduction Using MARS15 to study energy deposition. Study II geometry and magnetic field map. Using optimized target parameters for Hg jet & Proton Beam. The number of particles in a given pulse of beam (4MW, 8GeV) is 3.125*10 15 s -1.

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

Part 1: Power Deposition in SC1 8GeV & 4MW Proton beam Shielding MaterialEnergy Dep. (GeV) Power Dep. (kW) 80%WC+20%Water4.956* %HG6.623* %W4.121* %W+40%HG4.783*

Part 2: Beryllium Target

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*10 15 s -1.

Part 2: Target Geometry

Part 2: Power Deposition in SC1 8GeV & 4MW Proton beam TargetEnergy Dep. (GeV) Power Dep. (kW) Beryllium2.419* Mercury4.956*

Part 2: Distribution of Energy Deposition Beryllium Mercury

Part 2: Energy Deposition 8GeV & 4MW Proton beam Regional Name Beryllium ED [GeV] Mercury ED [GeV] WC Shield Pre Trgt1.231* *10 -6 Hg Pool Hg Jet Beryllium Target0.291 Be Window2.239* *10 -3 STST Env Res Sol FeCo #1,#2,#

Part 2: Energy Deposition 8GeV & 4MW Proton beam Regional Name Beryllium ED [GeV] Mercury ED [GeV] SCSol #12.379* *10 -2 SCSol #23.915* *10 -3 SCSol #31.687* *10 -3 SCSol #41.531* *10 -4 SCSol #58.789* *10 -4 SCSol #65.538* *10 -4 SCSol #72.779* *10 -3 SCSol #81.170* *10 -3 SCSol #97.501* *10 -3 SCSol # * *10 -4 SCSol # * *10 -4 SCSol # * *10 -4 SCSol # * *10 -3

Part 2: Comparison of Meson Production 8GeV & 4MW Proton beam and 40MeV<KE<180MeV TargetBerylliumMercury Mesons (z=50m)