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MICE – Forces on Diffuser

MICE – Forces on Diffuser. H Witte, J Cobb, M Apollonio, P Lau, W Lau, S Yang Oxford University University of Oxford, Clarendon Laboratory, Parks Road, Oxford, OX1 3PU, UK. Forces due to Quench. Quench of MICE coils Induces currents, which interact with decaying magnetic field

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MICE – Forces on Diffuser

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  1. MICE –Forces on Diffuser H Witte, J Cobb, M Apollonio, P Lau, W Lau, S Yang Oxford University University of Oxford, Clarendon Laboratory, Parks Road, Oxford, OX1 3PU, UK

  2. Forces due to Quench • Quench of MICE coils • Induces currents, which interact with decaying magnetic field • Quench time: 3 s • Case 2, flip mode • Materials • Al 6063 T83 • S.S. 304 • 293 K • Limitations • No iron shield • No Al former or S.S. parts of spectrometer vessel

  3. Diffuser

  4. Simulation

  5. Body Force

  6. Forces - Structure

  7. Stresses

  8. Displacement

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