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WAMHTS-5

11–13 Apr 2019
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Contribution List

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  1. 1. Welcome
    Lucio Rossi (CERN)
    11/04/2019, 13:30
  2. 2. REBCO tapes and conductor: what we understand dand what we do not (20' + 5')
    Lance Cooley (Fermilab)
    11/04/2019, 13:40
  3. 30. REBCO High-field measurements overview (15' + 5')
    Ashleigh Francis (NHMFL)
    11/04/2019, 14:05
  4. 36. Recent results of H2020-ARIES HTS Program (15'+5')
    Carmine Senatore (University of Geneva)
    11/04/2019, 14:25
  5. 4. Ac losses and field quality of ramp-up and down magnets wound with RE-123 coated conductors for accelerator applications (20' + 5')
    Prof. Naoyuki Amemiya (Kyoto University)
    11/04/2019, 14:45
  6. 5. Calculating screening current effects in REBCO devices and coils (15' + 5')
    Lorenzo Bortot (CERN)
    11/04/2019, 15:10
  7. 31. Transposition in superconducting cables: are there differences between LTS and HTS?
    Davide Uglietti (EPFL)
    11/04/2019, 15:30
  8. 6. Contact resistance and current sharing of superconducting cables (15' + 5')
    Virginia Phifer (Florida State Univ)
    11/04/2019, 15:50
  9. 28. CORC based REBCO conductor for detector magnets (20'+5')
    Herman Ten Kate (CERN)
    11/04/2019, 16:35
  10. 9. HTS Modelling advance (20' + 5')
    Marco Breschi (Universita e INFN, Bologna (IT))
    11/04/2019, 17:00
  11. 10. Cable behaviour and specific issues with HTS tapes (20' + 5')
    Pierluigi Bruzzone (EPFL-SPC)
    11/04/2019, 17:25
  12. 11. Status of 32 T and 40 T at NHMFL and target for conductor for frontier magnets (20' + 5')
    Lance Cooley (Fermilab)
    12/04/2019, 08:30
  13. 12. Study on quench protection conditions of conduction-cooled coated-conductor magnets (20' + 5')
    Naoyuki Amemiya (Kyoto University)
    12/04/2019, 08:55
  14. 13. BNL experience with NI coils (25' + 5')
    Ramesh Gupta (BNL)
    12/04/2019, 09:20
  15. 29. Stability and quench dynamic behaviour of REBCO coils for spherical Tokamaks R&D (25'+5')
    Greg Brittles (Tokamak Energy)
    12/04/2019, 09:50
  16. 14. Summary of the experience with NI solenoids: does NI really work? (30' + 5')
    Seungyong Hahn (Seoul National University)
    12/04/2019, 10:40
  17. 15. Feather-M2.3-4 and electro-magnetic and thermal analysis of large partially insulated coils (25' + 5')
    Jeroen Van Nugteren (CERN)
    12/04/2019, 11:15
  18. 16. Non-voltage quench detection and localization development for HTS (20' + 5')
    Maxim Marchevsky (LBNL)
    12/04/2019, 11:45
  19. 32. New tape architecture for increasing quench velocity (20' + 5')
    Christian Lacroix (CERN)
    12/04/2019, 12:10
  20. 34. New proposal for HTS gantry (15'+5')
    Enrico Felcini (EPFL - Ecole Polytechnique Federale Lausanne (CH))
    12/04/2019, 12:35
  21. 18. Review of Medical application for HTS (20' + 5')
    Arno Godeke (Lawrence Berkeley National Laboratory)
    12/04/2019, 14:00
  22. 19. Review of Power application for HTS (20'+5')
    Mathias Noe (Karlsruhe Institute of Technology)
    12/04/2019, 14:25
  23. 20. Review of Science application for HTS (20'+5')
    Stephen Gourlay (LBNL)
    12/04/2019, 14:50
  24. 21. MIT HTS conductor program for the fusion and oveview on vasrious HTS Fusion programs (20'+5')
    Dr Joseph Minervini (Massachusetts Institute of Technology)
    12/04/2019, 15:15
  25. 22. Introduction: Which points are critical to address in R&D programs? Are we covering all what we need?
    Lucio Rossi (CERN)
    12/04/2019, 16:00
  26. 25. CEA R&D for HTS (15'+5')
    Thibault LECREVISSE (Université Paris-Saclay (FR))
    12/04/2019, 16:05
  27. 24. US R&D for HTS accelerator magnets (20'+5')
    Soren Prestemon (LBNL)
    12/04/2019, 16:25
  28. 35. CERN activities for HTS conductor development (15' + 5')
    Maxime Matras (CERN)
    12/04/2019, 16:50
  29. 23. CERN R&D for HTS magnets (15' + 5')
    Gijs De Rijk (CERN)
    12/04/2019, 17:10
  30. 26. Guided discussion on critical points and how to boost solution through collaboration
    12/04/2019, 17:30
  31. 27. Conductor issue with CORC and other cable in CCT configuration (20' + 5')
    Xiaorong Wang (Lawrence Berkeley National Laboratory)
  32. 7. Conductor issue with Corc and other cable in CCT configuration (25' + 5')
    Xiaorong Wang (Lawrence Berkeley National Laboratory)
  33. 17. New tape architecture for increasing quench velocity (20' + 5')
    Christian Lacroix (CERN)
  34. 33. Recent results of H2020-ARIES HTS program (15'+5')
    Carmine Senatore (University of Geneva)
  35. 8. Redistribution and field decay: modeling and analysis of Eucard race tack (20' + 5')
    Maria Durante (CEA)
  36. 3. Source and phenomenology of current redistribution (25' + 5')