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research

Physics at a Fermilab Proton Driver

Authors
  1. M. G. Albrow
  2. S. Antusch
  3. K. S. Babu
  4. T. Barnes
  5. A. O. Bazarko
  6. R. H. Bernstein
  7. T. J. Bowles
  8. S. J. Brice
  9. A. Ceccucci
  10. F. Cei
  11. D. C. Christian
  12. J. I. Collar
  13. J. Cooper
  14. P. S. Cooper
  15. A. Curioni
  16. A. deGouvea
  17. F. DeJongh
  18. P. F. Derwent
  19. M. V. Diwan
  20. B. A. Dobrescu
  21. G. J. Feldman
  22. D. A. Finley
  23. B. T. Fleming
  24. S. Geer
  25. G. L. Greene
  26. Y. Grossman
  27. D. A. Harris
  28. D. W. Hertzog
  29. C. J. Horowitz
  30. P. Huber
  31. J. Imazato
  32. A. Jansson
  33. K. P. Jungmann
  34. P. A. Kasper
  35. H. W. KCheung
  36. J. Kersten
  37. S. H. Kettell
  38. Y. Kuno
  39. M. Lindner
  40. M. Mandelkern
  41. W. J. Marciano
  42. W. Melnitchouk
  43. O. Mena
  44. D. G. Michael
  45. J. P. Miller
  46. G. B. Mills
  47. J. G. Morfin
  48. H. Nguyen
Publication date
15 September 2005
Publisher
View on arXiv

Abstract

This report documents the physics case for building a 2 MW, 8 GeV superconducting linac proton driver at Fermilab.Comment: 52 pages, 15 figure

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