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AXEL-2013 Introduction to Particle Accelerators

This document outlines the structure of the "Introduction to Particle Accelerators" course, led by Rende Steerenberg on April 22, 2013. It covers fundamental notions of mathematics essential for understanding particle accelerators, including transverse and longitudinal optics, motion, resonances, synchrotron radiation, and more. The course also touches on critical topics such as stability in both longitudinal and transverse motion. Included are recommended readings from reputable sources, including CERN publications, for further study.

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AXEL-2013 Introduction to Particle Accelerators

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  1. AXEL-2013Introduction to Particle Accelerators Course structure Rende Steerenberg (BE/OP) 22 April 2013

  2. Course structure Basic notions of mathematics Transverse Optics 1 Transverse Optics 2 Longitudinal motion and R.F. Lattices Resonance’s Synchrotron Radiation Transfer lines, Injection, Ejection Longitudinal instabilities Transverse instabilities AXEL - 2013

  3. Some reading….. • Accelerators for Pedestrians • Support for this course • Author: Simon Baird • Reference: CERN-AB-Note-2007-014 (Free from the Web) • CERN Accelerator School • Fifth General Accelerator Physics Course • Editor: S. Turner • Reference: CERN 94-01 (volume I & II) (Free from the Web) • An Introduction to Particle Accelerators • Author: Edmund Wilson • Reference: ISBN 0-19-850829-8 (CERN Book shop) • Particle Accelerator Physics (3rd edition) • Author: Helmut Widemann • Reference: ISBN 978-3-540-49043-2 (CERN Book shop) AXEL - 2013

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