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MICE CM54

26–28 Jun 2019
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Europe/London timezone

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Contribution List

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  1. 1. Analysis Workshop
    26/06/2019, 10:00
  2. 22. Analysis Workshop
    26/06/2019, 13:30
  3. 23. Welcome and introduction
    Kenneth Richard Long (Imperial College (GB))
    27/06/2019, 10:00
  4. 24. Analysis status and plans
    Chris Rogers (STFC)
    27/06/2019, 10:25
  5. 19. Computing Status
    Paul Kyberd (Departm.of Physics(QMW-Coll.))
    27/06/2019, 10:50
  6. 7. System Performance Paper
    Paolo Franchini (University of Warwick - MICE)
    27/06/2019, 11:45
  7. 14. Optics evolution in the cooling channel
    Paul Jurj (Imperial College London), Mr Paul Jurj (Imperial College)
    27/06/2019, 12:15
  8. 20. Discussion
    27/06/2019, 12:45
  9. 15. LiH Scattering Analysis
    John Nugent (University of Glasgow)
    27/06/2019, 14:00
  10. 12. Discussion
    27/06/2019, 15:15
  11. 18. Energy loss analysis
    Scott Wilbur (University of Sheffield)
    27/06/2019, 16:00
  12. 27. Completing the MICE Analysis - Discussion
    Chris Rogers (STFC)
    27/06/2019, 16:20
  13. 16. LH2 scattering analysis
    Gavriil Chatzitheodoridis (University of Glasgow)
    28/06/2019, 10:00
  14. 17. Field on scattering analysis
    Dr Alan Young (University of Strathclyde)
    28/06/2019, 10:30
  15. 13. Wedge and 6D Emittance Evolution
    Mr Craig Brown (Brunel)
    28/06/2019, 10:50
  16. 11. 4D emittance evolution - detailed paper
    Mr Paul Jurj (Imperial College London), Mr Paul Jurj (Imperial College)
    28/06/2019, 11:20
  17. 25. Collaboration Board summary
    Paul Kyberd (Departm.of Physics(QMW-Coll.))
    28/06/2019, 11:50
  18. 26. Closing remarks
    Kenneth Richard Long (Imperial College (GB))
    28/06/2019, 12:10
  19. 10. 4D Amplitude Evolution - Rapid Communication
    Chris Rogers (STFC)
  20. 2. Detailed Emittance Evolution
  21. 21. Discussion
  22. 5. Global tracks and magnets
  23. 9. Global Tracks and Optical Alignment
    Mr Joe Langlands (University of Sheffield)
  24. 6. Optics evolution in the cooling channel
  25. 8. Tracker Performance
    Mr Tom Lord (University of Warwick)
  26. 3. Tracker update
  27. 4. Wedge and 6D Emittance