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Roman Pot proton acceptance for E=450 GeV,  *=11m

Roman Pot proton acceptance for E=450 GeV,  *=11m. Hubert Niewiadomski CERN / PennState University. Beam paramater in IP5. Beam 1 and beam 2 are similar Only beam 1 analysed Acceptances based on the simulation with MADX

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Roman Pot proton acceptance for E=450 GeV,  *=11m

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  1. Roman Pot proton acceptance for E=450 GeV, *=11m Hubert Niewiadomski CERN / PennState University

  2. Beam paramater in IP5 • Beam 1 and beam 2 are similar • Only beam 1 analysed • Acceptances based on the simulation with MADX • Chromaticity computed on the basis of the parameterised proton transport

  3. Optics parameters in RP147

  4. Acceptance of elastically scattered protons in RP147

  5. Chromaticity in RP147

  6. Diffractive proton acceptance in RP147

  7. Diffractive proton acceptance in RP147 (2)

  8. Acceptance of elastically scattered protons in RP220 Acceptance in the vertical RPs of the RP220 station

  9. Chromaticity in the RP220 station

  10. Acceptance of diffractive protons in RP220 station

  11. Acceptance of diffractive protons in RP220 station (2) No acceptance in the overlap area – beams too large Combined acceptance of horizontal and vertical Roman Pots in the RP220 station

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