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Simulation of Mercury Jet Target and Jet Distortion

This simulation study aims to analyze the status of a mercury jet target, its magnetic field map, and evaluate jet distortion. The study also includes the evaluation of energy deposition by a beam on the target and proposes a 3D model for different field strengths. Additionally, the aspect ratio of the jet and the evaluation of a cavitation model are included in the study.

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Simulation of Mercury Jet Target and Jet Distortion

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  1. February 07, 2008 Simulation Status of Mercury Jet Target HeeJin Park

  2. B Field Map and Jet Distortion (1) Pulsed Solenoid Magnetic Field (15T) Magnetic Field Along Hg Jet Axis

  3. B Field Map and Jet Distortion (2) Distortion Ratio along Hg Jet Axis Distortion ratio J. Gallardo et al., BNL, 2002 Propose to simulate 15m/s jet velocity with surface tension

  4. Hg Jet Projectile, 20m/s, 67mrad, 1.2cm offset

  5. Hg Jet Projectile, 15m/s, 67mrad, 1.2cm offset

  6. Energy Deposition By Beam On Hg Target E = 14 GeV/c, B = 0 T, Target angle 33 mrad, Beam angle 67 mrad Sergei Striganov, Fermilab, Jan. 2008

  7. Energy Deposition By Beam On Hg Target E = 14 GeV/c, B = 15 T, Target angle 33 mrad, Beam angle 67 mrad Propose to simulate 3D model for the case of 14GeV/c, 24GeV/c with 0T~15T field. Sergei Striganov, Fermilab, Jan. 2008

  8. Aspect Ratio of Jet Propose to simulate 15m/s jet velocity for the case of 0T~15T field. Roman Samulyak, BNL, 2005-2007

  9. Evaluation of Cavitation Model Propose to simulate cavitation model for the case of beam energy 14GeV/c, 24GeV/c with 0T~15T field. Roman Samulyak, BNL, 2005-2007

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