Advanced Accelerator Physics, 03 September 2017 - 15 September 2017, Egham, UK

The course is a follow-up of the Introductory level course and is composed of core lectures on accelerator physics in the mornings and a practical course in the afternoons. The participants will select one afternoon course from the three proposed. For the afternoon courses, the basic idea is that the participants select a topic for which they have no or very little preliminary knowledge. This should allow the participants to discover and get training in a new field of accelerator physics. A series of seminars and tutorials will complete the programme.

Attachment Size
Recap of Transverse Beam Dynamics I and II (Hermann Schmickler, CERN) 9.18 MB
Introduction to RF Measurement Techniques (Manfred Wendt, CERN) 17.02 MB
Introduction to Beam Instrumentation and Diagnostics I (Rhodri Jones, CERN) 16.11 MB
Introduction to Optics Design (Bernhard Holzer, CERN) 8.3 MB
Introduction to Lattice Cells (Bernhard Holzer, CERN) 11.44 MB
Recap of Longitudinal Beam Dynamics I and II (Frank Tecker, CERN) 6.29 MB
Introduction to Beam Instrumentation and Diagnostics II (Rhodri Jones, CERN) 11.69 MB
Introduction to Insertions (Bernhard Holzer, CERN) 18.96 MB
Wakefields and Impedences (Giovanni Rumolo, CERN / Kevin Li, CERN) 6.63 MB
Space Charge in Linear Machines (Massimo Ferrario, INFN-LNF) 6.7 MB
Introduction to Non Linear Dynamics (Yannis Papaphilippou, CERN) 17.04 MB
Beam Instabilities - Longitudinal (Giovanni Rumolo, CERN / Kevin Li, CERN) 5.3 MB
Space Charge in Circular Machines (Massimo Ferrario, INFN-LNF) 4.43 MB
Energy Recovery Linacs (Andreas Jankowiak, HZB/BESSY II) 22.99 MB
Landau Damping I (Vladimir Kornilov, GSI Helmholtzzentrum) 5.44 MB
Beam Instabilities - Transverse (Giovanni Rumolo, CERN / Kevin Li, CERN) 9.69 MB
Instabilities in Linacs (Massimo Ferrario, INFN-LNF) 6.1 MB
Feedback Systems I and II (Hermann Schmickler, CERN) 5.15 MB
Landau Damping II (Vladimir Kornilov, GSI Helmholtzzentrum) 2.64 MB
Electron Cloud and Instabilities (Giovanni Rumolo, CERN / Kevin Li, CERN) 7.17 MB
Beam-Driven Acceleration (assimo Ferrario, INFN-LNF) 4.55 MB
Beam-Beam Effects (Tatiana Pieloni, EPF Lausanne) 13.36 MB
Timing and Synchronisation (Allesandro Gallo, INFN LNF) 5.53 MB
NLD - Methods and Tools I (Werner Herr, CERN) 6.97 MB
Beam Cooling (Markus Steck, GSI) 8.8 MB
NLD - Methods and Tools II (Werner Herr, CERN) 4.04 MB
NLD - Phenomenology I and II (Yannis Papaphilippou, CERN) 17.04 MB
Advanced Magnet Technologies (Lionel Quettier, CEA) 7.93 MB
NLD - Methods and Tools III (Werner Herr, CERN) 111.92 KB
High Brightness Beam Diagnistics (Allesandro Cianchi, University of Rome Tor Vergata) 9.33 MB
Low emittance machines I (Andy Wolski, University of Liverpool) 2.54 MB
Insertion devices (Jim Clarke, STFC Daresbury Laboratory) 2.97 MB
Low emittance machines II (Andy Wolski, University of Liverpool) 2.2 MB
Laser-Driven Acceleration (Simon Hooker, University of Oxford) 13.28 MB