CERN Accelerating science

Report
Report number arXiv:1201.4648 ; CERN-2011-007 ; CERN-2011-007
Conference title CAS - CERN Accelerator School: RF for Accelerators
Date(s), location 8 - 17 Jun 2010, Ebeltoft, Denmark
Conference contact Barbara Strasser, CERN Accelerator School, DG Division, CERN, CH-1211 Geneva 23, Switzerland
email: Barbara.Strasser@cern.ch
fax: +41 22 767 5460
phone: +41 22 767 8607
Editor(s) Bailey, Roger (ed.) (CERN)
Imprint Geneva : CERN, 2012 - 460 p.
Series (CERN Accelerator School)
(CERN Yellow Reports: School Proceedings)
Note Comments: 20 lectures, 460 pages
20 lectures, 460 pages, published as CERN Yellow Report https://cdsweb.cern.ch/record/1231364
ISBN 9789290833680 (print version, paperback)
DOI e-proceedings: 10.5170/CERN-2011-007
Subject category Accelerators and Storage Rings
Free keywords CAS
Abstract These proceedings present the lectures given at the twenty-fourth specialized course organized by the CERN Accelerator School (CAS). The course was held in Ebeltoft, Denmark, from 8-17 June, 2010 in collaboration with Aarhus University, with the topic 'RF for Accelerators' While this topic has been covered by CAS previously, early in the 1990s and again in 2000, it was recognized that recent advances in the field warranted an updated course. Following introductory courses covering the background physics, the course attempted to cover all aspects of RF for accelerators; from RF power generation and transport, through cavity and coupler design, electronics and low level control, to beam diagnostics and RF gymnastics. The lectures were supplemented with several sessions of exercises, which were completed by discussion sessions on the solutions.
Copyright/License publication: © 2011-2024 CERN (License: CC-BY-3.0)

Corresponding record in: Inspire
Contributions in Inspire: C10-06-08.1
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Contributions to this conference in CDS

Radio frequency for particle accelerators: evolution and anatomy of a technology (p. 1)
by Vretenar, M.
Theory of electromagnetic fields (p. 15)
by Wolski, Andrzej
RF engineering basic concepts: S-parameters (p. 67)
by Caspers, F
RF engineering basic concepts: the Smith chart (p. 95)
by Caspers, F
RF power transport (p. 117)
by Choroba, S
Power coupling (p. 125)
by Alesini, D
Beam cavity interaction (p. 149)
by Gamp, A
RF power generation (p. 173)
by Carter, R G
Design and technology of high-power couplers, with a special view on superconducting RF (p. 209)
by Moeller, W-D
Basics of RF electronics (p. 223)
by Gallo, A
Cavity basics (p. 259)
by Jensen, E.
Cavity types (p. 277)
by Gerigk, Frank
Ferrite cavities (p. 299)
by Klingbeil, H
Low-beta structures (p. 319)
by Vretenar, M.
Low-level RF - Part I: Longitudinal dynamics and beam-based loops in synchrotrons (p. 341)
by Baudrenghien, P.
Superconducting elliptical cavities (p. 369)
by Sekutowicz, J K
Transverse deflecting cavities (p. 395)
by Burt, G
RF measurements I: signal receiving techniques (p. 407)
by Caspers, F.
RF gymnastics in synchrotrons (p. 431)
by Garoby, R.
Multipacting (p. 447)
by Parodi, Renzo F

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 Record created 2010-01-05, last modified 2021-07-30


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