Introduction to Accelerator Physics, 8 September - 21 September 2019, Vysoke-Tatry, Slovakia

Proceedings

Contacts

Participants contact info

Lecturers contact info

CAS Secretariat

School administrator(s):
Delphine Rivoiron and Maria Filippova

This Introductory CAS Course represents the core teaching of all CAS courses and also represents the ideal opportunity to be introduced into the field of particle accelerators. This course will be of interest to staff and students from laboratories and universities, as well as companies manufacturing accelerator equipment. The course will focus on various aspects of beam dynamics and will provide an introduction to the underlying accelerator systems. Key topics will be consolidated through a series of discussion sessions and tutorials, while topical seminars will complete the program.

Due to the large number of students during the past issues of this course we have decided to hold this course now every year in autumn instead of the two-yearly rhythm before. The number of students will be limited to about 80 students based on a first come first served principle.

AttachmentSize
PDF icon Opening1.64 MB
PDF icon Electromagnetic theory I, II (Werner HERR, CERN)982 KB
PDF icon Kinematics of particle beams - Relativity (Werner HERR, CERN)982 KB
PDF icon History of particle acceleration (Philippe LEBRUN, ESI)14.59 MB
PDF icon Accelerator applications (Suzie SHEEHY, University of Oxford)27.47 MB
PDF icon Transverse linear beam dynamics I, II, III, IV, V (Wolfgang HILLERT, DESY)11.64 MB
PDF icon Transverse linear beam dynamics I & II Recap (Wolfgang HILLERT, DESY)13.52 MB
PDF icon Linear accelerators I, II (David ALESINI, INFN-LNF)6.42 MB
PDF icon Particle motion in Hamiltonian formalism I, II (Suzie SHEEHY, University of Oxford)9.01 MB
PDF icon Longitudinal BD in circular machines I, II (Frank TECKER, CERN)29.5 MB
PDF icon Warm magnets / Power converters (Gijs DE RIJK, CERN)7.74 MB
PDF icon Injection and extraction (Frank TECKER, CERN)5.65 MB
PDF icon Superconducting magnets (Gijs DE RIJK, CERN)11.51 MB
PDF icon Time and frequency domain signals I, II (Hermann SCHMICKLER, CERN)7.29 MB
PDF icon Statistical description of particle beams (Massimo FERRARIO, INFN-LNF)4.17 MB
PDF icon Advanced accelerator concepts (Massimo FERRARIO, INFN-LNF)5.4 MB
PDF icon Linear imperfections I, II (Volker ZIEMANN, Uppsala University)3.39 MB
PDF icon Collective effects I (Kevin Shing Bruce LI, CERN)6.64 MB
PDF icon Collective effects II (Kevin Shing Bruce LI, CERN)6.23 MB
PDF icon Collective effects III (Kevin Shing Bruce LI, CERN)5.67 MB
PDF icon Collective effects IV (Kevin Shing Bruce LI, CERN)7.64 MB
PDF icon Sources (Dan FAIRCLOTH, STFC)7.53 MB
PDF icon Secondary beams and targets (Dan FAIRCLOTH, STFC)7.61 MB
PDF icon RF systems I, II (Heiko DAMERAU, CERN)6.59 MB
PDF icon Electron beam dynamics I (Leonid RIVKIN, Paul Scherrer Institut)4.17 MB
PDF icon Electron beam dynamics II (Leonid RIVKIN, Paul Scherrer Institut)2.71 MB
PDF icon Introduction to non-linear longitudinal beam dymanics (Heiko DAMERAU, CERN)4.86 MB
PDF icon Luminosity and colliders (Hermann SCHMICKLER, CERN)4.97 MB
PDF icon Beam instrumentation (Peter FORCK, GSI)8.68 MB
PDF icon Machine & people protection issues (Peter FORCK, GSI)7.66 MB
PDF icon Cyclotrons I (Mike SEIDEL, Paul Scherrer Institut)5.55 MB
PDF icon Cyclotrons II / FFAs (Mike SEIDEL, Paul Scherrer Institut)4.45 MB
PDF icon A first taste of non-linear beam dynamics I (Yannis PAPAPHILIPPOU, CERN)39.66 MB
PDF icon A first taste of non-linear beam dynamics II (Yannis PAPAPHILIPPOU, CERN)51.15 MB
PDF icon Beam diagnostics (Peter FORCK, GSI)6.54 MB
PDF icon Vacuum (Mike SEIDEL, Paul Scherrer Institut)3.75 MB
File Synchrotron light circular machines / FELs (Eduard PRAT COSTA, Paul Scherrer Institut)48.54 MB
PDF icon Designing a synchrotron - a real life example (Yannis PAPAPHILIPPOU, CERN)52.59 MB
PDF icon Closing3.56 MB

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