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Superconductivity and other new Developments in Gantry Design for Particle Therapy

17–19 Sept 2015
Park Hotel Bad Zurzach
Europe/Zurich timezone

Contribution List

26 out of 26 displayed
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  1. 4. Welcome and introduction
    Prof. Marco Schippers (Paul Scherrer Institute)
    17/09/2015, 14:00
  2. 5. Recent developments and experiences in beam optics of compact gantries for proton therapy
    Prof. Jay Flanz (Massachusetts General Hospital)
    17/09/2015, 14:15
  3. 6. How to keep high quality treatments using a compact gantry
    Dr Emma Pearson (IBA)
    17/09/2015, 15:00
  4. 7. Clinical importance of gantries in particle therapy
    Prof. Tony Lomax (Paul Scherrer Institute)
    17/09/2015, 15:30
  5. 8. Clinical aspects of compact gantry designs
    Dr Jürgen Heese (Varian Medical Systems Particle Therapy GmbH)
    17/09/2015, 16:30
  6. 9. Consequences of fast beam scanning on gantry design
    Dr Serena Psoroulas (Paul Scherrer Institute)
    17/09/2015, 17:00
  7. 20. Advantages and challenges of superconducting magnets use in gantry design
    Dr Alexander Gerbershagen (Paul Scherrer Institute)
    17/09/2015, 17:30
  8. 11. MgB2 Development for magnets in medical applications
    Mr Matteo Tropeano (Columbus Superconductors SpA)
    18/09/2015, 09:00
  9. 12. Last developments and performance of Nb3Sn at CERN
    Mr Gijs de Rijk (CERN)
    18/09/2015, 09:30
  10. 13. Cooling methods and cyogenic systems for rotating superconducting magnets
    Dr Bertrand Baudouy (CEA Saclay)
    18/09/2015, 10:00
  11. 14. Dynamic effects on superconducting dipoles used for an ion beam cancer therapy gantry
    Dr Pasquale Fabbricatore (INFN)
    18/09/2015, 11:00
  12. 15. Magnet design for carbon therapy gantry, comparison of alternatives to superconducting gantry
    Dr Frank Ebskamp (Danfysik)
    18/09/2015, 11:30
  13. 16. Status of the superconducting rotating gantry for heavy-ion therapy
    Dr Yoshiyuki Iwata (NIRS)
    18/09/2015, 12:00
  14. 17. Compact curved superconducting magnets for an ion therapy gantry using the Canted Cosine Teta geometry
    Dr Shlomo Caspi (Lawrence Berkeley National Laboratory)
    18/09/2015, 14:00
  15. 18. Study of a compact curved superconducting dipole for the next generation of gantries at PSI using racetrack coils
    Dr Ciro Calzolaio (Paul Scherrer Institute)
    18/09/2015, 14:30
  16. 19. Novel lightweight achromatic superconducting magnets for gantries
    Dr Leslie Bromberg (MIT)
    18/09/2015, 15:00
  17. 21. Beam optics in large aperture magnets
    Mr Weishi Wan (Lawrence Berkeley National Laboratory)
    18/09/2015, 16:30
  18. 22. Parametrization of an upstream scanning system
    Dr Oxana Actis (Paul Scherrer Institute)
    18/09/2015, 17:00
  19. 23. Large momentum acceptance super conducting carbon gantry design, and permanent magnet proton gantry design
    Prof. Jay Flanz (Massachusetts General Hospital), Dr Marco Pullia (Fondazione CNAO)
    18/09/2015, 17:30
  20. 24. Welcome at PSI: Organization and GFA
    Prof. Leonid Rivkin (Paul Scherrer Institute)
    19/09/2015, 09:00
  21. 25. PSI Gantry 3
    Dr Alexander Koschik (Paul Scherrer Institute)
    19/09/2015, 09:20
  22. 26. Proton therapy at PSI
    Dr Sairos Safai (Paul Scherrer Institut)
    19/09/2015, 09:40
  23. 27. Optimal Transport Systems for Treatment by Proton and Ion Beams
    Mr Mark Kats (ITEP)
    19/09/2015, 10:00
  24. 28. A gantry design based on several identical superconducting magnets
    Dr Hywel Owen (University of Manchester)
    19/09/2015, 10:40
  25. 10. Design and Operation of the ProNova SC Gantry
    Dr Laddie Derenchuk (ProNova Solutions, LLC)
  26. 30. Round Table discussion