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Carbon Target Design and Optimization for an Intense Muon ... - Physics
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Carbon Target Design and Optimization for an Intense Muon Source X. Ding, UCLA H.G. Kirk, BNL K.T. McDonald, Princeton Univ. 2014 MAP Winter Collaboration Meeting 3‐7 December, 2014 SLAC 12/4/14
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OUTLINE • Carbon target concept and fieldmap • ROOT‐based geometry setting for target station • Carbon target optimization and yield comparison (no beam dumps) • Design of beam dumps • Summary
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Carbon Target Concept
http://physics.princeton.edu/mumu/target/hptw5_poster.pdf
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Fieldmap along SC axis (Capture Magnet 20to2T5m120cm)
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ROOT‐based Target Setting New target setting (ROOT-based geometry). Previous target setting (non-standard and standard geometry in MARS15)
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Carbon Target Optimization • Simulation code: MARS15(2014) with ICEM 4 = 1 (default) and ENRG 1 = 6.75, 2 = 0.02, 3 = 0.3, 4 = 0.01, 5 = 0.05, 6 = 0.01, 7 = 0.01 ; • Carbon target configuration: Fieldmap (20T2T) with taper length of 5 m, Graphite density = 1.8 g/cm3; • Beam pipe radius: 13 cm (initial) and 23 cm (final); • Proton beam: 6.75 GeV (KE), 1 MW, ¼ of target radius, waist and 5‐50 μm geometric emittance at z = 0 m (intersection point), launched at z = ‐100 cm; • Production collection: z = 50 m, 40 MeV
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