In the following programmes, the total number of 50 min. lectures and tutorials on a given topic is indicated. This is subject to modification. Visits and demonstrations, which are not included here, represent an additional 10% to 20%. This year's programmes are built around several core subjects (C). The first part of the afternoons is in general dedicated to private studies while the second part is used for guided studies where the lecturer (or assistant) is on duty to encourage individual requests for help and clarification. Some afternoons are dedicated to demonstrations in the laboratory.
Each subject is covered on a
modular basis, as far as
possible within a maximum period of one-week to allow for the
participation of those who have professional commitments.
| |
Nb of | Nb of | |
| |
lectures | tutorials | |
| Introduction to accelerators | 6 | Ph. Bryant / CERN Genève | |
| Revision of relativity & electro-magnetism | 4 | 2 | Ch. Prior / RAL |
| Charged particle optics - C | 3 | 1 | M. Munoz / Univ. Barcelona |
| Transverse beam dynamics - C | 6 | 2 | B. Holzer / DESY Hamburg |
| Longitudinal beam dynamics - C | 6 | 2 | R. Corsini / CERN Genève |
| linear imperfections and non-linear resonances - C | 4 | 1 | Y. Papaphilippou / CERN Genève |
| Linear accelerators | 4 | 1 | A. Lombardi / CERN Genève |
| Space charge & instabilities | 4 | 1 | L. Palumbo / Univ. & INFN Roma |
| Injection & extraction | 2 | L. Farvacque / ESRF Grenoble | |
| Cyclotrons | 4 | 1 | F. Chautard / GANIL Caen |
| Synchrotron radiation - C | 6 | 2 | K. Wille / Univ. Dortmund |
| Summing up in a mini-workshop | 2 | Ph. Bryant / CERN Genève | |
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| Accelerator design | 6 | Ph. Bryant / CERN, J. Payet / CEA, | |
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| Introduction to MADX | 1 | F. Schmidt / CERN | |
| Laser plasma acceleration | 1 | L.P. Marques / Polytechnique | |
| | Nb of | Nb of | |
| | lectures | tutorials |
|
| | |||
| Introduction to accelerators & components | 2 | J. Le Duff / LAL Orsay | |
| Radio-frequency engineering - C | 6 | 2 | F. Caspers/CERN Genève | Vacuum systems - C | 3 | 1 | J.-M. Jimenez / CERN Genève |
| Design of accelerator magnets - C | 5 | 1 | S. Russenschuck / CERN Genève |
| Superconducting magnets | 3 | 1 | M. Wilson / Abingdon | Superconducting RF cavities | 3 | 1 | W. Weingarten / CERN Genève | Beam instrumentation - C | 5 | 2 | P. Forck / GSI Darmstadt | Particle sources | 2 | 1 | Th. Thuillier / LPSC Grenoble | Accelerator controls | 2 | M. Gourger-Pace / CERN Genève | Radiation & safety | 2 | 1 | P. Berkvens / ESRF Grenoble |
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| Low-energy electron accelerators | 2 | 1 | W. Mondelaers / Univ. Gent |
| High power proton accelerators | 2 | 1 | S. Bousson / IPN Orsay | Production of medical isotopes | 2 | G. Beyer / HUG Genève |
| Accelerators for industrial and medical applications | 2 | Y. Jongen / IBA Louvain-La-Neuve | |
| Therapeutic applications | 2 | R. Miralbell / HUG Genève | |
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| Magnet design | 5 | S. Russenschuck / CERN | |
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| Protontherapy facilities, practical aspects | 1 | S. Meyroneinc / IC-CPO |