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    JUAS 2021 - COURSE 2 - The Technology & Applications of Particle Accelerators

    15 February 2021 to 18 March 2021
    European Scientific Institute - Archamps
    Europe/Paris timezone

    Stéphanie VANDERGOOTEN & Lise RIBET

    Contribution List

    239 out of 239 displayed
    1. 222. PERMANENT ZOOM LINK COURSE 2
      15/02/2021, 08:00

      https://zoom.us/j/2630908039?pwd=NnRBNW42b2h3akhjVWxYMCszbzY0dz09

      Meeting ID : 263 090 8039
      Password : 74160

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    2. 1. Presentation of JUAS
      John JOWETT (GSI - Helmholtzzentrum fur Schwerionenforschung GmbH (DE))
      15/02/2021, 09:00
    3. 215. Presentation of ESI
      Robert Lionel HOLLAND (European Scientific Institute (FR))
      15/02/2021, 09:20
    4. 216. Practical information
      Stephanie Denise H VANDERGOOTEN (European Scientific Institute (FR))
      15/02/2021, 09:35
    5. 217. Introduction of participants
      Stephanie Denise H VANDERGOOTEN (European Scientific Institute (FR))
      15/02/2021, 09:45
    6. 3. Introduction to CERN Practical days (4-5 March)
      Elias METRAL (CERN)
      15/02/2021, 11:00
    7. 218. MAGNET: CERN Practical days (4-5 March)
      Jeremie BAUCHE (CERN), Lucio FISCARELLI (CERN)
      15/02/2021, 11:10
    8. 219. VACUUM: CERN Practical days (4-5 March)
      Vincent BAGLIN (CERN)
      15/02/2021, 11:25
    9. 220. RF: CERN Practical days (4-5 March)
      Fritz CASPERS (European Scientific Institute (FR))
      15/02/2021, 13:15
    10. 221. Q&A, Concluding remarks & online poll: CERN Practical days (4-5 March)
      Elias METRAL (CERN)
      15/02/2021, 13:30
    11. 29. Particle accelerators, instruments of discovery in physics
      Philippe LEBRUN (European Scientific Institute (FR))
      15/02/2021, 14:30

      Seminar
      Moderator: Samuel Meyroneinc

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    12. 6. Accelerator driven system
      Frederic BOULY (LPSC/IN2P3/CNRS)
      15/02/2021, 15:45

      Seminar, Moderator: John Jowett

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    13. 7. Introduction to RF
      Prof. Andrea MOSTACCI (Sapienza University of Rome e INFN-Roma I (IT))
      16/02/2021, 09:00

      Moderator: Fabio Bosco

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    14. 123. Introduction to RF
      Prof. Andrea MOSTACCI (Sapienza University of Rome e INFN-Roma I (IT))
      16/02/2021, 09:45

      Moderator: Fabio Bosco

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    15. 124. Introduction to RF
      Prof. Andrea MOSTACCI (Sapienza University of Rome e INFN-Roma I (IT))
      16/02/2021, 11:00

      Moderator: Fabio Bosco

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    16. 10. RF Engineering
      Fritz CASPERS (European Scientific Institute (FR)), Manfred WENDT (CERN), Michele BOZZOLAN (CERN)
      16/02/2021, 13:15
    17. 125. RF Engineering
      Fritz CASPERS (European Scientific Institute (FR)), Manfred WENDT (CERN), Michele BOZZOLAN (CERN)
      16/02/2021, 14:00
    18. 126. RF Engineering
      Fritz CASPERS (European Scientific Institute (FR)), Manfred WENDT (CERN), Michele BOZZOLAN (CERN)
      16/02/2021, 15:15
    19. 13. Vacuum systems
      Roberto KERSEVAN (CERN), Vincent BAGLIN (CERN)
      17/02/2021, 09:00
    20. 127. Vacuum systems
      Roberto KERSEVAN (CERN), Vincent BAGLIN (CERN)
      17/02/2021, 09:45
    21. 128. Vacuum systems
      Roberto KERSEVAN (CERN), Vincent BAGLIN (CERN)
      17/02/2021, 11:00
    22. 129. Vacuum systems
      Roberto KERSEVAN (CERN), Vincent BAGLIN (CERN)
      17/02/2021, 13:15
    23. 16. RF Engineering
      Fritz CASPERS (European Scientific Institute (FR)), Manfred WENDT (CERN), Michele BOZZOLAN (CERN)
      17/02/2021, 14:30
    24. 130. RF Engineering
      Fritz CASPERS (European Scientific Institute (FR)), Manfred WENDT (CERN), Michele BOZZOLAN (CERN)
      17/02/2021, 15:15
    25. 17. Vacuum systems
      Roberto KERSEVAN (CERN), Vincent BAGLIN (CERN)
      18/02/2021, 09:00
    26. 131. Vacuum systems
      Roberto KERSEVAN (CERN), Vincent BAGLIN (CERN)
      18/02/2021, 09:45
    27. 132. Vacuum systems
      Roberto KERSEVAN (CERN), Vincent BAGLIN (CERN)
      18/02/2021, 11:00
    28. 133. RF Engineering
      Fritz CASPERS (European Scientific Institute (FR)), Manfred WENDT (CERN), Michele BOZZOLAN (CERN)
      18/02/2021, 13:15
    29. 134. RF Engineering
      Fritz CASPERS (European Scientific Institute (FR)), Manfred WENDT (CERN), Michele BOZZOLAN (CERN)
      18/02/2021, 14:00
    30. 135. RF Engineering
      Fritz CASPERS (European Scientific Institute (FR)), Manfred WENDT (CERN), Michele BOZZOLAN (CERN)
      18/02/2021, 15:15
    31. 136. RF Engineering
      Fritz CASPERS (European Scientific Institute (FR)), Manfred WENDT (CERN), Michele BOZZOLAN (CERN)
      19/02/2021, 09:00
    32. 137. RF Engineering
      Fritz CASPERS (European Scientific Institute (FR)), Manfred WENDT (CERN), Michele BOZZOLAN (CERN)
      19/02/2021, 09:45
    33. 139. Virtual visit CERN: AD ELENA
      Christian CARLI (CERN)
      19/02/2021, 13:00
    34. 209. Virtual visit CERN: LINAC4
      Alessandra LOMBARDI (CERN), Jean-Baptiste LALLEMENT (CERN)
      19/02/2021, 14:05
    35. 210. Virtual visit CERN: THIN FILM COATING FACILITIES
      Pedro COSTA PINTO (CERN), Wilhelmus VOLLENBERG (CERN)
      19/02/2021, 15:10
    36. 30. Beam instrumentation
      Peter FORCK (GSI)
      22/02/2021, 09:00

      Contributor: Sajjad Mirza

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    37. 140. Beam instrumentation
      Peter FORCK (GSI)
      22/02/2021, 09:45

      Contributor: Sajjad Mirza

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    38. 141. Beam instrumentation
      Peter FORCK (GSI)
      22/02/2021, 11:00

      Contributor: Sajjad Mirza

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    39. 142. Beam instrumentation
      Peter FORCK (GSI)
      22/02/2021, 13:15

      Contributor: Sajjad Mirza

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    40. 143. RF Engineering
      Fritz CASPERS (European Scientific Institute (FR)), Manfred WENDT (CERN), Michele BOZZOLAN (CERN)
      22/02/2021, 14:30
    41. 144. Superconducting RF Cavities
      Fritz CASPERS (European Scientific Institute (FR)), Sergio CALATRONI (CERN)
      22/02/2021, 15:25
    42. 146. Beam instrumentation
      Peter FORCK (GSI)
      23/02/2021, 09:00

      Contributor: Sajjad Mirza

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    43. 148. Beam instrumentation
      Peter FORCK (GSI)
      23/02/2021, 09:45

      Contributor: Sajjad Mirza

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    44. 149. Beam instrumentation
      Peter FORCK (GSI)
      23/02/2021, 11:00

      Contributor: Sajjad Mirza

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    45. 150. Beam instrumentation
      Peter FORCK (GSI)
      23/02/2021, 13:15

      Contributor: Sajjad Mirza

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    46. 147. Superconducting RF Cavities
      Fritz CASPERS (European Scientific Institute (FR)), Sergio CALATRONI (CERN)
      23/02/2021, 14:30
    47. 151. Superconducting RF Cavities
      Fritz CASPERS (European Scientific Institute (FR)), Sergio CALATRONI (CERN)
      23/02/2021, 15:15
    48. 152. Beam instrumentation
      Peter FORCK (GSI)
      24/02/2021, 09:00

      Contributor: Sajjad Mirza

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    49. 154. Beam instrumentation: Working groups
      Peter FORCK (GSI)
      24/02/2021, 09:45

      Contributor: Sajjad Mirza

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    50. 155. Beam instrumentation: Working groups
      Peter FORCK (GSI)
      24/02/2021, 11:00

      Contributor: Sajjad Mirza

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    51. 156. Beam instrumentation
      Peter FORCK (GSI)
      24/02/2021, 13:15

      Contributor: Sajjad Mirza

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    52. 153. Superconducting RF Cavities
      Fritz CASPERS (European Scientific Institute (FR)), Sergio CALATRONI (CERN)
      24/02/2021, 14:30
    53. 157. Materials for SCRF cavities: Beyond niobium
      Sergio CALATRONI (CERN)
      24/02/2021, 15:25

      Seminar

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    54. 50. Virtual visit PSI - Welcome
      Rasmus ISCHEBECK (Paul Scherrer Institut)
      25/02/2021, 09:00

      PSI = Institut Paul Scherrer (Villigen, Switzerland)

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    55. 53. Accelerator controls (PSI)
      Elke ZIMOCH (PSI)
      25/02/2021, 09:30
    56. 158. Accelerator controls (continued) (PSI)
      Elke ZIMOCH (PSI)
      25/02/2021, 10:45
    57. 225. ProScan introduction
      Jacobus Maarten SCHIPPERS
      25/02/2021, 13:15
    58. 226. ProScan visit
      Jacobus Maarten SCHIPPERS
      25/02/2021, 14:15
    59. 229. PSI Visit of the day (recorded sessions)
      26/02/2021, 08:45

      Passcode: #4.sl+3t

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    60. 55. SwissFEL
      26/02/2021, 09:00

      Florian Löhl

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    61. 159. SwissFEL Tour
      Rasmus ISCHEBECK (Paul Scherrer Institut)
      26/02/2021, 10:00
    62. 228. SwissFEL Tour (continued)
      Rasmus ISCHEBECK (Paul Scherrer Institut)
      26/02/2021, 11:00
    63. 161. Swiss Light Source (SLS) tour
      Rasmus ISCHEBECK (Paul Scherrer Institut)
      26/02/2021, 13:00

      Jörg Raabe, Christian Schlepütz

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    64. 162. Machine learning
      Jochem SNUVERINK (PSI)
      26/02/2021, 15:00
    65. 227. Dielectric laser accelerators
      Benedikt HERMANN (PSI - Paul Scherrer Institut)
      26/02/2021, 16:00
    66. 163. Normal Conducting Magnets: INTRODUCTION
      Thomas ZICKLER (CERN)
      01/03/2021, 09:00

      Co-hosts: Jeremie BAUCHE & Lucio FISCARELLI

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    67. 63. Normal Conducting Magnets: BASIC PRINCIPLES
      Thomas ZICKLER (CERN)
      01/03/2021, 09:45

      Co-hosts: Jeremie BAUCHE & Lucio FISCARELLI

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    68. 164. Normal Conducting Magnets: MAGNET TYPES
      Thomas ZICKLER (CERN)
      01/03/2021, 11:00

      Co-hosts: Jeremie BAUCHE & Lucio FISCARELLI

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    69. 165. Normal Conducting Magnets: MAGNET CONSTRUCTION
      Thomas ZICKLER (CERN)
      01/03/2021, 13:15

      Co-hosts: Jeremie BAUCHE & Lucio FISCARELLI

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    70. 166. Normal Conducting Magnets: ANALYTICAL DESIGN
      Thomas ZICKLER (CERN)
      01/03/2021, 14:00

      Co-hosts: Jeremie BAUCHE & Lucio FISCARELLI

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    71. 174. Cryogenics for Superconducting Devices
      Philippe LEBRUN (European Scientific Institute (FR))
      01/03/2021, 15:15

      Moderator: Samuel Meyroneinc

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    72. 67. Superconducting magnets: particle accelerators and superconductivity
      Paolo FERRACIN
      01/03/2021, 16:15
    73. 167. Superconducting magnets: magnetic design
      Paolo FERRACIN
      01/03/2021, 17:00
    74. 168. Normal Conducting Magnets: NUMERICAL DESIGN
      Thomas ZICKLER (CERN)
      02/03/2021, 09:00

      Co-hosts: Jeremie BAUCHE & Lucio FISCARELLI

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    75. 170. Normal Conducting Magnets: PRESENTATION OF THE CASE STUDY
      Jeremie BAUCHE (CERN), Thomas ZICKLER (CERN)
      02/03/2021, 09:45
    76. 171. Normal Conducting Magnets: WORKSHOP ON THE CASE STUDY
      Jeremie BAUCHE (CERN), Thomas ZICKLER (CERN)
      02/03/2021, 11:00

      Open for participants of the FULL program: 6 working groups (5 participants per group)
      + 1 group for the "abridged" participants (in case they want to work from their side but without the support of the lecturers)

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    77. 213. Q&A session: Normal conducting magnets
      02/03/2021, 13:00
    78. 211. Working groups: Normal conducting magnets
      02/03/2021, 13:15

      Open for participants of the FULL program: 6 working groups

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    79. 169. Superconducting magnets: mechanical design
      Paolo FERRACIN
      02/03/2021, 15:00
    80. 172. Superconducting magnets: mechanical design
      Paolo FERRACIN
      02/03/2021, 15:45
    81. 173. Superconducting magnets: quench, protection, training
      Paolo FERRACIN
      02/03/2021, 17:00
    82. 212. Working groups: Normal conducting magnets
      02/03/2021, 17:45

      Working groups of the case study
      (up to each group to use this time slot to work all together)

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    83. 175. Normal Conducting Magnets: ORAL PRESENTATION on Analytic Design
      Jeremie BAUCHE (CERN), Thomas ZICKLER (CERN)
      03/03/2021, 09:00

      Groups 1, 2, 3,4, 5 & 6 (participants of the Full program)
      Participants of the abridged program can follow the session

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    84. 177. Normal Conducting Magnets: A guided presentation on FEMM
      Jeremie BAUCHE (CERN), Thomas ZICKLER (CERN)
      03/03/2021, 11:00

      (numerical software for field simulation)

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    85. 231. Important information: Practical days at CERN (& oral presentations)
      Stephanie Denise H VANDERGOOTEN (European Scientific Institute (FR))
      03/03/2021, 13:30
    86. 178. Mini-workshop on Superconducting magnets
      Daniel SCHOERLING (CERN), Paolo FERRACIN
      03/03/2021, 14:00
    87. 180. Mini-workshop on Superconducting magnets
      Daniel SCHOERLING (CERN), Paolo FERRACIN
      03/03/2021, 14:45
    88. 181. Mini-workshop on Superconducting magnets
      Daniel SCHOERLING (CERN), Paolo FERRACIN
      03/03/2021, 16:00
    89. 214. Working groups (REPORTS): Normal conducting magnets
      03/03/2021, 16:45

      Written report to be submitted on Monday 15 March
      (up to each group to use this time slot to work all together)

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    90. 182. Virtual CERN Practical days
      04/03/2021, 09:30
      • RF (Online training): A. Mostacci
      • RF (Live Demo): F. Caspers, M. Wendt, M. Bozzolan
      • MAGNET (Technology & Test): J. Bauche
      • VACUUM (Simulation): R. Kersevan, M. Ady (Instructions: https://molflow.web.cern.ch/node/376)
      • VACUUM (Pumping & leak detection): B. Jenninger
      • VACUUM (Instruments calibration): S. Meunier
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    91. 183. Virtual CERN Practical days
      04/03/2021, 14:00
      • RF (Online training): A. Mostacci
      • RF (Live Demo): F. Caspers, M. Wendt, M. Bozzolan
      • MAGNET (Magnetic measurements): L. Fiscarelli
      • VACUUM (Simulation): R. Kersevan, M. Ady (Instructions: https://molflow.web.cern.ch/node/376)
      • VACUUM (Pumping & leak detection): B. Jenninger
      • VACUUM (Instruments calibration): S. Meunier
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    92. 223. Working groups: Superconducting magnets
      04/03/2021, 17:00

      Working groups on the reports
      (up to each group to use this time slot to work all together)

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    93. 184. Virtual CERN Practical days
      05/03/2021, 09:30
      • RF (Online training): A. Mostacci
      • RF (Live Demo): F. Caspers, M. Wendt, M. Bozzolan
      • MAGNET (Technology & Test): J. Bauche
      • VACUUM (Simulation): R. Kersevan, M. Ady (Instructions: https://molflow.web.cern.ch/node/376)
      • VACUUM (Pumping & leak detection): B. Jenninger
      • VACUUM (Instruments calibration): S. Meunier
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    94. 185. Virtual CERN Practical days
      05/03/2021, 14:00
      • RF (Online training): A. Mostacci
      • RF (Live Demo): F. Caspers, M. Wendt, M. Bozzolan
      • MAGNET (Magnetic measurements): L. Fiscarelli
      • VACUUM (Simulation): R. Kersevan, M. Ady (Instructions: https://molflow.web.cern.ch/node/376)
      • VACUUM (Pumping & leak detection): B. Jenninger
      • VACUUM (Instruments calibration): S. Meunier
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    95. 224. Working groups: Superconducting magnets
      05/03/2021, 17:00

      Working groups on the reports
      (up to each group to use this time slot to work all together)

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    96. 89. Particle sources
      Thomas THUILLIER
      08/03/2021, 09:00

      Moderator: Thomas ANDRE

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    97. 186. Particle sources
      Thomas THUILLIER
      08/03/2021, 09:45

      Moderator: Thomas ANDRE

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    98. 187. Particle sources
      Thomas THUILLIER
      08/03/2021, 11:00

      Moderator: Thomas ANDRE

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    99. 92. Acc. for medical & industrial applications: Part 1
      Wiel KLEEVEN (IBA)
      08/03/2021, 13:15

      Moderators: Jerome Mandrillon & Erik Van Der Kraaij

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    100. 188. Acc. for medical & industrial applications: Part 2
      Wiel KLEEVEN (IBA)
      08/03/2021, 14:45

      Moderators: Jerome Mandrillon & Erik Van Der Kraaij

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    101. 189. Acc. for medical & industrial applications: Part 3
      Wiel KLEEVEN (IBA)
      08/03/2021, 15:45

      Moderators: Jerome Mandrillon & Erik Van Der Kraaij

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    102. 96. Survey and Alignment of Accelerators
      Helene MAINAUD DURAND (CERN)
      09/03/2021, 09:00

      Moderator: Louis Rinolfi

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    103. 192. Survey and Alignment of Accelerators
      Helene MAINAUD DURAND (CERN)
      09/03/2021, 09:45

      Moderator: Louis Rinolfi

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    104. 193. Survey and Alignment of Accelerators
      Helene MAINAUD DURAND (CERN)
      09/03/2021, 11:00

      Moderator: Louis Rinolfi

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    105. 190. Particle sources
      Thomas THUILLIER
      09/03/2021, 13:15

      Moderator: Thomas ANDRE

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    106. 191. Particle sources
      Thomas THUILLIER
      09/03/2021, 14:00

      Moderator: Thomas ANDRE

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    107. 101. Energy recovery linacs
      Michaela ARNOLD (IKP, TU Darmstadt)
      09/03/2021, 15:15

      Seminar
      S-DALINAC (Darmstadt) has created a virtual tour including explanations (11 minutes), a video which is NOT a pre-requisite but an added value to the seminar! See the link included here.

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    108. 102. Low energy electron accelerators
      Prof. Willy MONDELAERS (Ghent University)
      10/03/2021, 09:00

      Wim Mondelaers

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    109. 194. Low energy electron accelerators
      Willy MONDELAERS (Ghent University)
      10/03/2021, 09:45

      Wim Mondelaers

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    110. 195. Low energy electron accelerators
      Willy MONDELAERS (Ghent University)
      10/03/2021, 11:00

      Wim Mondelaers

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    111. 230. Seminar on muon colliders
      Daniel SCHULTE (CERN)
      10/03/2021, 13:15

      Moderator: Elias Metral

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    112. 107. Virtual visit & Experimental work (Bergoz Instrumentation)
      Etienne TOUZAIN (BERGOZ Instrumentation)
      10/03/2021, 14:30
    113. 196. Life-cycle and operability of particle accelerators
      Samuel MEYRONEINC (Institut Curie)
      11/03/2021, 09:00

      Moderator: Philippe Lebrun

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    114. 197. Life-cycle and operability of particle accelerators
      Samuel MEYRONEINC (Institut Curie)
      11/03/2021, 10:00

      Moderator: Philippe Lebrun

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    115. 198. Life-cycle and operability of particle accelerators
      Samuel MEYRONEINC (Institut Curie)
      11/03/2021, 11:15

      Moderator: Philippe Lebrun

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    116. 199. Radiation oncology: Biology, Physics & Clinical applications
      André DURHAM (HUG)
      11/03/2021, 13:15

      Seminar
      Moderator: John Jowett

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    117. 115. High Power Proton Linacs
      Sebastien BOUSSON
      12/03/2021, 09:00
    118. 201. High Power Proton Linacs
      Sebastien BOUSSON
      12/03/2021, 09:45
    119. 202. High Power Proton Linacs
      Sebastien BOUSSON
      12/03/2021, 11:00
    120. 118. Radiation safety
      Xavier QUERALT (SRFC-RAL)
      12/03/2021, 13:15

      Moderator: Arnaud Devienne

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    121. 203. Radiation safety
      Xavier QUERALT (SRFC-RAL)
      12/03/2021, 14:00

      Moderator: Arnaud Devienne

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    122. 204. Radiation safety
      Xavier QUERALT (SRFC-RAL)
      12/03/2021, 15:15

      Moderator: Arnaud Devienne

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    123. 205. STUDENTS ORAL PRESENTATION on Practicals Days @CERN (graded)
      15/03/2021, 08:45

      Based on the subject you have selected:
      - 10 minutes per group + 5 min Q&A (evaluated by a panel of coordinators)
      - A powerpoint presentation per group is requested.

      Each student of a group receives the mark given to the group based on the following criteria, of equal importance:
      • Contents of the presentation: scientific & technical context of practical work, specific measurements...

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    124. 232. Group 1 (Magnets)
      15/03/2021, 09:00

      Team:
      - GERARD Julien
      - GUYOT Coline
      - VERMAUT Mathis
      - RAYMOND ANUMANEH Akomoneh

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    125. 233. Group 2 (Magnets)
      15/03/2021, 09:20

      Team:
      - ALHARTHI Fahad
      - FONTANA Jean-Baptiste
      - POURADIER DUTEIL Marc
      - VITALI Bastiano

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    126. 234. Group 3 (Magnets)
      15/03/2021, 09:40

      Team:
      - BUJ Nicolas
      - HARS Quentin
      - SEEGER Merle

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    127. 235. Group 1 (RF)
      15/03/2021, 10:35

      Team:
      - HEBRAUD Julien
      - INTELISANO Leandro
      - MARINACI Stefano
      - PIRES Abel

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    128. 236. Group 2 (RF)
      15/03/2021, 10:55

      Team:
      - COOLS Antoine
      - DU BUAT Victor
      - MARCHI Mariangela

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    129. 237. Group 1 (VACUUM)
      15/03/2021, 11:15

      Team:
      - DENIAUD Marin
      - EVEILLARD Sarah
      - SIMON Guillaume
      - UDONGWO Sosoho-Abasi

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    130. 238. Group 2 (VACUUM)
      15/03/2021, 11:35

      Team:
      - BREZINA Tomas
      - GONG Yihao
      - POTOINE Jean-Baptiste
      - SORNAY Thomas

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    131. 239. Concluding remarks (Practical days @CERN)
      Elias METRAL (CERN), John JOWETT (GSI - Helmholtzzentrum fur Schwerionenforschung GmbH (DE)), Louis RINOLFI (European Scientific Institute (FR)), Philippe LEBRUN (European Scientific Institute (FR))
      15/03/2021, 11:55
    132. 121. Discussion: Summary of JUAS Lectures
      John JOWETT (GSI - Helmholtzzentrum fur Schwerionenforschung GmbH (DE))
      18/03/2021, 11:00
    133. 65. Accelerator design
      Bernhard HOLZER (CERN)
    134. 66. Accelerator design
      Bernhard HOLZER (CERN)
    135. 71. Accelerator design
      Bernhard HOLZER (CERN)
    136. 72. Accelerator design
      Bernhard HOLZER (CERN)
    137. 73. Accelerator design
      Bernhard HOLZER (CERN)
    138. 74. Beam dynamics in electron rings
      Rasmus ISCHEBECK (Paul Scherrer Institut)
    139. 75. Beam dynamics in electron rings
      Rasmus ISCHEBECK (Paul Scherrer Institut)
    140. 80. Beam dynamics in electron rings
      Rasmus ISCHEBECK (Paul Scherrer Institut)
    141. 81. Beam dynamics in electron rings
      Rasmus ISCHEBECK (Paul Scherrer Institut)
    142. 25. CERN Virtual visit
    143. 97. Cyclotrons & FFAs

      Bertrand Jacquot

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    144. 98. Cyclotrons & FFAs

      Bertrand Jacquot

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    145. 106. Cyclotrons & FFAs

      Bertrand Jacquot

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    146. 14. Electromagnetic fields for accelerators
      Elias METRAL (CERN)
    147. 15. Electromagnetic fields for accelerators
      Elias METRAL (CERN)
    148. 82. Electron-positron circular colliders
    149. 2. ESI Presentation (incl.practical information)
      Stephanie Denise H VANDERGOOTEN (European Scientific Institute (FR))
    150. 76. Free-electron lasers
      Eduard PRAT COSTA (PSI - Paul Scherrer Institute)

      Seminar

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    151. 61. Future High-Energy Linear Colliders
      Louis RINOLFI (European Scientific Institute (FR))

      Seminar

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    152. 87. Injection / Extraction
      Thomas PERRON (ESRF)
    153. 88. Injection / Extraction
      Thomas PERRON (ESRF)
    154. 33. Intro. to MAD-X
      Guido STERBINI (CERN)
    155. 99. Intro. to the Mini-Workshop (Accelerator Design)
      Bernhard HOLZER (CERN)
    156. 100. Intro. to the Mini-Workshop (Accelerator Design)
      Bernhard HOLZER (CERN)
    157. 112. Intro. to the Mini-Workshop (Accelerator Design)
      Bernhard HOLZER (CERN)
    158. 113. Intro. to the Mini-Workshop (Accelerator Design)
      Bernhard HOLZER (CERN)
    159. 114. Intro. to the Mini-Workshop (Accelerator Design)
      Bernhard HOLZER (CERN)
    160. 117. Intro. to the Mini-Workshop (Accelerator Design)
      Bernhard HOLZER (CERN)
    161. 27. Introduction to CERN & its accelerator complex
      Reyes ALEMANY FERNANDEZ (CERN)

      Seminar

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    162. 122. Introduction to CERN Practical days
      • Magnet (J. Bauche, L. Fiscarelli)
      • RF (F. Caspers)
      • Vacuum (V. Baglin)
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    163. 105. KICK-OFF: Life-cycle and operability of particle accelerators
      Samuel MEYRONEINC (Institut Curie)
    164. 46. Linacs
      David ALESINI
    165. 47. Linacs
      David ALESINI
    166. 48. Linacs
      David ALESINI
    167. 54. Linacs
      David ALESINI
    168. 62. Linear imperfections
      Hannes BARTOSIK (CERN)
    169. 64. Linear imperfections
      Hannes BARTOSIK (CERN)
    170. 77. Linear imperfections
      Hannes BARTOSIK (CERN)
    171. 78. Linear imperfections
      Hannes BARTOSIK (CERN)
    172. 79. Linear imperfections
      Hannes BARTOSIK (CERN)
    173. 23. Longitudinal Dynamics
      Benoit SALVANT (CERN), Elias METRAL (CERN)
    174. 24. Longitudinal Dynamics
      Benoit SALVANT (CERN), Elias METRAL (CERN)
    175. 39. Longitudinal Dynamics
      Benoit SALVANT (CERN), Elias METRAL (CERN)
    176. 43. Longitudinal Dynamics
      Benoit SALVANT (CERN), Elias METRAL (CERN)
    177. 44. Longitudinal Dynamics
      Benoit SALVANT (CERN), Elias METRAL (CERN)
    178. 45. Longitudinal Dynamics
      Benoit SALVANT (CERN), Elias METRAL (CERN)
    179. 49. Longitudinal Dynamics
      Benoit SALVANT (CERN), Elias METRAL (CERN)
    180. 51. Longitudinal Dynamics
      Benoit SALVANT (CERN), Elias METRAL (CERN)
    181. 52. Longitudinal Dynamics
      Benoit SALVANT (CERN), Elias METRAL (CERN)
    182. 56. Longitudinal Dynamics
      Benoit SALVANT (CERN), Elias METRAL (CERN)
    183. 57. Longitudinal Dynamics
      Benoit SALVANT (CERN), Elias METRAL (CERN)
    184. 58. Longitudinal Dynamics
      Benoit SALVANT (CERN), Elias METRAL (CERN)
    185. 160. Machine learning for accelerators (PSI)
      Nicole HILLER (PSI - Paul Scherrer Institut)

      Seminar

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    186. 34. MAD-X Workshop
      Guido STERBINI (CERN), Hector GARCIA MORALES (University of Oxford), Nuria FUSTER MARTINEZ
    187. 35. MAD-X Workshop
      Guido STERBINI (CERN)
    188. 40. MAD-X Workshop
      Guido STERBINI (CERN), Hector GARCIA MORALES (University of Oxford), Nuria FUSTER MARTINEZ
    189. 41. MAD-X Workshop
      Guido STERBINI (CERN), Hector GARCIA MORALES (University of Oxford), Nuria FUSTER MARTINEZ
    190. 42. MAD-X Workshop
      Guido STERBINI (CERN), Hector GARCIA MORALES (University of Oxford), Nuria FUSTER MARTINEZ
    191. 59. MAD-X Workshop
      Guido STERBINI (CERN), Hector GARCIA MORALES (University of Oxford), Nuria FUSTER MARTINEZ
    192. 60. MAD-X Workshop
      Guido STERBINI (CERN), Hector GARCIA MORALES (University of Oxford), Nuria FUSTER MARTINEZ
    193. 179. Mini-worshop on Superconducting magnets
      Paolo FERRACIN
    194. 83. Non-linear effects
      Hannes BARTOSIK (CERN)
    195. 84. Non-linear effects
      Hannes BARTOSIK (CERN)
    196. 85. Non-linear effects
      Hannes BARTOSIK (CERN)
    197. 116. Non-linear effects
      Hannes BARTOSIK (CERN)
    198. 176. Normal Conducting Magnets: ORAL PRESENTATION (Part II)
      Jeremie BAUCHE (CERN), Thomas ZICKLER (CERN)

      Groups 4, 5 and 6

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    199. 108. Novel High Gradient Particle Accelerators
      Ralph Wolfgang ASSMANN (DESY)

      Seminar

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    200. 86. Overview ESRF: Seminar & Virtual visit
      Dr jean-luc REVOL (ESRF)

      ESRF = European Synchrotron Radiation Facility
      (Grenoble, France)

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    201. 4. Particle dynamics and optics
      Nicolo BIANCACCI (CERN)
    202. 5. Particle dynamics and optics
      Nicolo BIANCACCI (CERN)
    203. 11. Particle dynamics and optics
      Nicolo BIANCACCI (CERN)
    204. 12. Particle dynamics and optics
      Nicolo BIANCACCI (CERN)
    205. 93. Space charge and instabilities
      Mauro MIGLIORATI (University of Rome "LA SAPIENZA")
    206. 94. Space charge and instabilities
      Mauro MIGLIORATI (University of Rome "LA SAPIENZA")
    207. 103. Space charge and instabilities
      Mauro MIGLIORATI (University of Rome "LA SAPIENZA")
    208. 104. Space charge and instabilities
      Mauro MIGLIORATI (University of Rome "LA SAPIENZA")
    209. 109. Space charge and instabilities
      Mauro MIGLIORATI (University of Rome "LA SAPIENZA")
    210. 110. Space charge and instabilities
      Mauro MIGLIORATI (University of Rome "LA SAPIENZA")
    211. 111. Space charge and instabilities
      Mauro MIGLIORATI (University of Rome "LA SAPIENZA")
    212. 8. Special relativity (recap)
      John JOWETT (GSI - Helmholtzzentrum fur Schwerionenforschung GmbH (DE))
    213. 9. Special relativity (recap)
      John JOWETT (GSI - Helmholtzzentrum fur Schwerionenforschung GmbH (DE))
    214. 206. STUDENTS ORAL PRESENTATION on Practicals (graded)
    215. 207. STUDENTS ORAL PRESENTATION on Practicals (graded)
    216. 208. STUDENTS ORAL PRESENTATION on Practicals (graded)
    217. 119. Students Presentation of Accelerator Design (cf. Intro. to the Mini-Workshop)
      Bernhard HOLZER (CERN)
    218. 120. Students Presentation of Accelerator Design (cf. Intro. to the Mini-Workshop)
      Bernhard HOLZER (CERN)
    219. 145. Superconducting RF Cavities
      Fritz CASPERS (European Scientific Institute (FR))
    220. 68. Synchrotron radiation
      Dr Rasmus ISCHEBECK (Paul Scherrer Institut)
    221. 69. Synchrotron radiation
      Dr Rasmus ISCHEBECK (Paul Scherrer Institut)
    222. 70. Synchrotron radiation
      Dr Rasmus ISCHEBECK (Paul Scherrer Institut)
    223. 90. Synchrotron radiation
      Rasmus ISCHEBECK (Paul Scherrer Institut)
    224. 91. Synchrotron radiation
      Rasmus ISCHEBECK (Paul Scherrer Institut)
    225. 95. The US Electron-Ion Collider

      Seminar

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    226. 18. Transverse Dynamics
      Hector GARCIA MORALES (University of Oxford)
    227. 19. Transverse Dynamics
      Hector GARCIA MORALES (University of Oxford)
    228. 20. Transverse Dynamics
      Hector GARCIA MORALES (University of Oxford)
    229. 21. Transverse Dynamics
      Hector GARCIA MORALES (University of Oxford)
    230. 22. Transverse Dynamics
      Hector GARCIA MORALES (University of Oxford)
    231. 31. Transverse Dynamics
      Hector GARCIA MORALES (University of Oxford)
    232. 32. Transverse Dynamics
      Hector GARCIA MORALES (University of Oxford)
    233. 36. Transverse Dynamics
      Hector GARCIA MORALES (University of Oxford)
    234. 37. Transverse Dynamics
      Hector GARCIA MORALES (University of Oxford)
    235. 38. Transverse Dynamics
      Hector GARCIA MORALES (University of Oxford)
    236. 138. Virtual visit CERN

      AD ELENA / LINAC4 / VACUUM LAB

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    237. 28. Virtual visit to CERN Control Center
      Reyes ALEMANY FERNANDEZ (CERN)
    238. 26. Virtual visit to LHC (or other accelerator) at CERN
    239. 200. Virtual visit: Geneva Hospital - Therapeutic applications
      André DURHAM (HUG)