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Introduction to Accelerator Physics, 18 September - 01 October 2022, Kaunas, Lithuania

18 September 2022 to 1 October 2022
Lithuania
Europe/Zurich timezone

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Contribution List

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  1. 164. Arrival day and registration
    18/09/2022, 08:30
  2. 122. Opening
    Frank Tecker (CERN)
    19/09/2022, 08:30
  3. 130. Electromagnetic Theory I
    Irina Shreyber
    19/09/2022, 09:45

    The purpose of this course is to provide an introduction to Electromagnetic
    Theory. The foundations of electrodynamics starting from the nature of electrical force up to the level of Maxwell equations solutions are presented. It starts with the introduction of the concept of a field, which plays a very important role in the understanding of electricity and magnetism. In addition, moving...

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  4. 124. Electromagnetic Theory II
    Irina Shreyber
    19/09/2022, 11:15

    The purpose of this course is to provide an introduction to Electromagnetic Theory. The foundations of electrodynamics starting from the nature of electrical force up to the level of Maxwell equations solutions are presented. It starts with the introduction of the concept of a field, which plays a very important role in the understanding of electricity and magnetism. In addition, moving...

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  5. 126. Transverse Linear Beam Dynamics I
    Wolfgang Hillert (University of Hamburg)
    19/09/2022, 13:45

    The subject of this introductory course is transverse dynamics of charged par-ticle beams in linear approximation. Starting with a discussion of the most im-portant types of magnets and defining their multipole strengths, the linearizedequations of motion of charged particles in static magnetic fields are derivedusing an orthogonal reference frame following the design orbit. ...

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  6. 125. Warm Magnets
    Gijs De Rijk
    19/09/2022, 15:00

    Warm magnets are magnets that function in normal ambient temperature con- ditions. These types are mostly using a soft steel yoke for field amplifica- tion and either Copper or Aluminium coils or permanent magnets to gener- ate the field. Magnets powered with such normal-conducting coils are often also called classical, iron dominated or resistive magnets. Since decades these types of magnets...

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  7. 127. Transverse Linear Beam Dynamics II
    Wolfgang Hillert (University of Hamburg)
    19/09/2022, 16:30

    The subject of this introductory course is transverse dynamics of charged particle beams in linear approximation. Starting with a discussion of the most important types of magnets and defining their multipole strengths, the linearised equations of motion of charged particles in static magnetic fields are derived using an orthogonal reference frame following the design orbit. Analytical...

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  8. 128. 1 slide 1 minute
    19/09/2022, 17:45
  9. 129. Welcome reception
    19/09/2022, 18:45
  10. 131. Kinematics of Particle Beams - Relativity
    Irina Shreyber
    20/09/2022, 08:30

    This is an introductory lecture on special relativity which doesn’t require much mathematical background. The theory of special relativity, originally proposed by Albert Einstein in his famous 1905 paper, has had profound consequences on our view of physics, space, and time. The goal of this lecture is to introduce the basic concepts of special relativity without overloading it with formulas....

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  11. 132. Transverse Linear Beam Dynamics III
    Wolfgang Hillert (University of Hamburg)
    20/09/2022, 09:45

    The subject of this introductory course is transverse dynamics of charged particle beams in linear approximation. Starting with a discussion of the most important types of magnets and defining their multipole strengths, the linearised equations of motion of charged particles in static magnetic fields are derived using an orthogonal reference frame following the design orbit. ...

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  12. 133. Linear Accelerators I
    David Alesini
    20/09/2022, 11:15

    Linear Accelerators (Linacs) are a systems that allow to accelerate charged particles through a linear trajectory by electromagnetic fields. This kind of accelerators find several applications in fundamental research and industry. The main devices used to accelerate the particle beam are described in the first part of the lecture with their main parameters. This includes both Standing (SW) and...

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  13. 134. Superconducting Magnets
    Gijs De Rijk
    20/09/2022, 13:45
  14. 135. Linear Accelerators II
    David Alesini
    20/09/2022, 15:00
  15. 165. Transverse Linear Beam Dynamics IV
    Wolfgang Hillert (University of Hamburg)
    20/09/2022, 16:30
  16. 166. Computational tools I
    Andrea Latina (CERN)
    20/09/2022, 17:45
  17. 141. Transverse Linear Beam Dynamics V
    Wolfgang Hillert (University of Hamburg)
    21/09/2022, 08:30
  18. 139. Longitudinal BD in Circular Machines I
    Frank Tecker (CERN)
    21/09/2022, 09:45
  19. 142. Time and Frequency domain signals I
    Hermann Schmickler (CERN)
    21/09/2022, 11:15
  20. 138. Longitudinal BD in Circular Machines II
    Frank Tecker (CERN)
    21/09/2022, 13:45
  21. 147. Time and Frequency domain signals II
    Hermann Schmickler (CERN)
    21/09/2022, 15:00
  22. 143. Hands-ON Lattice calulations I
    Davide Gamba (CERN), Volker Ziemann (Uppsala University (SE))
    21/09/2022, 16:30
  23. 144. Hands-ON Lattice calulations II
    Davide Gamba (CERN), Volker Ziemann (Uppsala University (SE))
    21/09/2022, 17:45
  24. 145. Free
    22/09/2022, 08:30
  25. 146. History of particle acceleration
    Dr Suzie Sheehy (University of Oxford and University of Melbourne)
    22/09/2022, 13:45
  26. 140. Imperfections in general
    Volker Ziemann (Uppsala University (SE))
    22/09/2022, 15:00

    After briefly discussing sources of imperfections, we characterize them
    in terms of dipole, quadrupolar, and skew quadrupolar errors and move
    on to discuss how these imperfections are modeled in beam dynamics codes.
    We continue by reviewing the concepts of dispersion and chromaticity and
    explain how they are measured before turning to imperfections that are
    caused by multipoles, in...

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  27. 148. Accelerator Applications
    Dr Suzie Sheehy (University of Oxford and University of Melbourne)
    22/09/2022, 16:30
  28. 149. Imperfections and their correction in beam lines and linacs
    Volker Ziemann (Uppsala University (SE))
    22/09/2022, 17:45

    "
    We introduce the BPM-corrector response coefficient R12 as the key quantity
    to characterise the effect of imperfections on the beam dynamics before
    addressing how the effect of multiple imperfections are combined. We then
    introduce local beam bumps as a means to adjust the beam position locally
    and move on to discuss orbit correction and the orbit response matrix.
    We place special...

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  29. 150. Discussion session
    22/09/2022, 18:45
  30. 151. Beam Instrumentation
    Peter Forck
    23/09/2022, 08:30
  31. 152. Computational tools II
    Andrea Latina (CERN)
    23/09/2022, 09:45
  32. 153. Beam Diagnostics
    Peter Forck
    23/09/2022, 11:15
  33. 155. "Imperfections and their correction in rings "
    Volker Ziemann (Uppsala University (SE))
    23/09/2022, 13:45

    "After discussing how to account for the periodicity in rings, we first generalise the response coefficient R12, and then the orbit response matrix to such systems.
    We move on to use the response matrix to correct the orbit and generalise the concept by introducing dispersion-free steering before turning to gradient errors and stop bands. Measuring and correcting the tune addresses one...

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  34. 154. Sources
    Dan Faircloth (STFC)
    23/09/2022, 15:00
  35. 156. Hands-ON Lattice calulations III
    Davide Gamba (CERN), Volker Ziemann (Uppsala University (SE))
    23/09/2022, 16:30
  36. 157. Hands-ON Lattice calulations IV
    Davide Gamba (CERN), Volker Ziemann (Uppsala University (SE))
    23/09/2022, 17:45
  37. 158. Electron Beam Dynamics I
    Lenny Rivkin (Paul Scherrer Institute (CH))
    24/09/2022, 08:30
  38. 159. Electron Beam Dynamics II
    Lenny Rivkin (Paul Scherrer Institute (CH))
    24/09/2022, 09:45
  39. 160. Discussion electron beam dynamics
    Lenny Rivkin (Paul Scherrer Institute (CH))
    24/09/2022, 11:15
  40. 161. Machine & People Protection Issues
    Peter Forck
    24/09/2022, 13:45
  41. 162. Secondary beams and targets
    Dan Faircloth (STFC)
    24/09/2022, 15:00
  42. 163. Hands-ON Lattice calulations V
    Davide Gamba (CERN), Volker Ziemann (Uppsala University (SE))
    24/09/2022, 16:30
  43. 167. Hands-ON Lattice calulations VI
    Davide Gamba (CERN), Volker Ziemann (Uppsala University (SE))
    24/09/2022, 17:45
  44. 169. RF systems I
    Christine Vollinger (CERN)
    26/09/2022, 08:30
  45. 174. Cyclotrons I
    Mike Seidel
    26/09/2022, 09:45
  46. 170. Cyclotrons II/FFAs
    Mike Seidel
    26/09/2022, 11:15
  47. 171. RF systems II
    Christine Vollinger (CERN)
    26/09/2022, 13:45
  48. 173. Hands-ON calculations (longitudinal) - Intro
    Alexandre Lasheen (CERN)
    26/09/2022, 15:00
  49. 175. Hands-ON calculations (longitudinal) - I
    Alexandre Lasheen (CERN)
    26/09/2022, 16:30
  50. 176. Hands-ON calculations (longitudinal) - II
    Alexandre Lasheen (CERN)
    26/09/2022, 17:45
  51. 204. Seminar - Ultrasonic measurement
    Prof. Renaldas Raišutis
    26/09/2022, 18:45

    Development and applications of ultrasonic measurement, monitoring, non-destructive testing and diagnostic techniques

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  52. 178. Collective Effects I
    Kevin Shing Bruce Li (CERN)
    27/09/2022, 08:30
  53. 177. Vacuum
    Mike Seidel
    27/09/2022, 09:45
  54. 179. Introduction to Non- Linear longitudinal Beam Dymanics
    Alexandre Lasheen (CERN)
    27/09/2022, 11:15
  55. 180. Collective Effects II
    Kevin Shing Bruce Li (CERN)
    27/09/2022, 13:45
  56. 181. Hands-ON calculations (longitudinal) - III
    Alexandre Lasheen (CERN)
    27/09/2022, 15:00
  57. 182. Hands-ON calculations (longitudinal) - IV
    Alexandre Lasheen (CERN)
    27/09/2022, 16:30
  58. 183. Hands-ON calculations (longitudinal) - v
    Alexandre Lasheen (CERN)
    27/09/2022, 17:45
  59. 184. Free
    28/09/2022, 08:30
  60. 185. Collective Effects III
    Kevin Shing Bruce Li (CERN)
    28/09/2022, 13:45
  61. 186. Colliders and luminosity
    Hermann Schmickler (CERN)
    28/09/2022, 15:00
  62. 187. Collective Effects IV
    Kevin Shing Bruce Li (CERN)
    28/09/2022, 16:30
  63. 188. Discussion collective effects
    Kevin Shing Bruce Li (CERN)
    28/09/2022, 17:45
  64. 206. Poster session
    28/09/2022, 18:45

    Poster session

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  65. 190. A first taste of Non- Linear Beam Dynamics I
    Hannes Bartosik (CERN)
    29/09/2022, 08:30
  66. 193. Advanced accelerator concepts I
    Massimo Ferrario
    29/09/2022, 09:45
  67. 192. A first taste of Non- Linear Beam Dynamics II
    Hannes Bartosik (CERN)
    29/09/2022, 11:15
  68. 191. Injection and Extraction
    Frank Tecker (CERN)
    29/09/2022, 13:45
  69. 194. Particle motion in Hamiltonian Formalism I
    Yannis Papaphilippou (CERN)
    29/09/2022, 15:00
  70. 195. Q&A/study time
    29/09/2022, 16:30
  71. 205. Nonlinear dynamical systems
    Prof. Minvydas Ragulskis
    29/09/2022, 18:45

    Nonlinear dynamical systems - mathematical modelling and applications

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  72. 198. Particle motion in Hamiltonian Formalism II
    Yannis Papaphilippou (CERN)
    30/09/2022, 08:30
  73. 197. Advanced accelerator concepts II
    Massimo Ferrario
    30/09/2022, 09:45
  74. 199. Synchrotron light circular machines and free-electron lasers I
    Eduard Prat Costa
    30/09/2022, 11:15
  75. 200. Synchrotron light circular machines and free-electron lasers II
    Eduard Prat Costa
    30/09/2022, 13:45
  76. 201. Designing a synchrotron - a real life example
    Yannis Papaphilippou (CERN)
    30/09/2022, 15:00
  77. 202. Closing
    Frank Tecker (CERN)
    30/09/2022, 16:30
  78. 203. Departure Day
    01/10/2022, 08:30
  79. 196. **Seminar** (tbc)
  80. 168. Cyclotrons I
    Mike Seidel
  81. 172. Cyclotrons I
    Mike Seidel
  82. 123. Electromagnetic Theory I
    Irina Shreyber (Tomsk State University (RU))
  83. 136. Kinematics of Particle Beams - Relativity
  84. 137. Kinematics of Particle Beams - Relativity
  85. 189. Poster session