加速器物理及工程学手册HANDBOOK OF ACCELERATOR PHYSICS AND ENGINEERING

书籍目录

Preface1 INTRODL CTIG N　1.1  HOW TO USE THIS BOOK　1.2  NOMENCLATURE　1.3  FUNDAMENTAL CONSTANTS　1.4  UNITS AND CONVERSIONS　　1.4.1  Units A.W. Chao　　1.4.2  Conversions M. Tigner　1.5  FUNDAMENTAL FORMULAE A. W. Chao　　1.5.1  SI: ecial Functions　　1.5.2  Curvilinear Coordinate Systems　　1.5.3  Electromagnetism　　1.5.4  Kinematical Relaticns　　1.5.5  Vector Analysis　　1.5.6  Relativity　1.6  GLOSSARY OF ACCELERATOR TYPES　　1.6.1  Antiproton Scurces J. Peoples, J.P Marriner　　1.6.2  Betatron M. Tigner　　1.6.3  Colliders J. Reds　　1.6.4  Cyclotron H. Blosser　　1.6.5  Electrostatic Accelerator J. Ferry　　1.6.6  Free Electron Lasers C. Pellegrini　　1.6.7  High Voltage Electrodynamic Accelerators M. Clelond　　1.6.8  lnducticn Linacs R. Bangerter　　1.6.9  Industrial Applications of Electrostatic Accelerators G. Norton, J.L. Duggan .　　1.6.10 Linear Accelerators for Electrcn G.A. Loew　　1.6.11 Livingston Chart J. Rees　　1.6.12 Medical Applications ofAccCerators J. Alonso　　　1.6.12.1 Radiation therapy　　　1.6.12.2 Radicisotopes　　1.6.13 Microtron P.H. Debenham　　1.6.14 #+#- Colliders R. Palmer　　　1.6.14.1 Collider　　　1.6.14.2 Muon Storage Ring Neutrino Factories　　1.6.15 Pulsed High Voltage Devices J. Natron　　1.6.16 Radio Frequency Quadrupole J. Staples　　1.6.17 Spallation Sources H. Lengeler　　1.6.18 Synchrotrons and Storage Rings E.J.N. Wilson　　1.6.19 Two-Beam Accelerators A. Sessler, G. Westenskow　　1.6.20 Wakefield Accelerators J. Simpson　1.7  COMPUTER CODE LIBRARY2  BEAM DYNAMICS　2.1  PHASE SPACE　　2.1.1  Linear Betatron Motion D.A. Edwards, M. Syphers　　2.1.2  Longitudinal Motion D.A. Edwards, M. Syphers　　2.1.3   Linear Coupled Systems D.A. Edwards, M. Syphers　　2.1.4  Orbital Eigen-analysis for Electron Storage Rings　2.2  OPTICS AND LATTICES　　2.2.1  Single Element Optics K. Brown　　2.2.2  Cylinder Model of Multipoles M. Bassetti, C. Biscari　　2.2.3  Lattices for Collider Storage Rings E. Keil　　2.2.4  Lattices for Low-Emittance Light Sources A. Jackson　　2.2.5  M6bius Accelerators R. Talman　　2.2.6  Alpha Magnet H. Wiedemann　2.3  NONLINEAR DYNAMICS　　2.3.1  Hamiltonian K. Symon　　　2.3.1.1  General case　　　2.3.1.2  Transverse motion　　　2.3.1.3  Longitudinal motion　　　2.3.1.4  Synchrobetatron coupling　　2.3.2  Tune Dependence on Momentum and Betatron Amplitudes　　2.3.3  Nonlinear Resonances D.A. Edwards, M. Syphers　　2.3.4  Synchro-Betatron Resonances A. Piwinski　　2.3.5  Taylor Maps J. Irwin, A. Dragt　　2.3.6  Lie Maps A. Dragt　　2.3.7  Differential Algebraic Techniques M. Berz　　2.3.8  Numerical Integration Methods H. Yoshida　　　2.3.8.1  Methods of realization　　　2.3.8.2  Symplectic method vs. nonsymplectic method　　2.3.9  Dynamic Aperture J. Irwin, Y.T. Yan　　2.3.10 Decoherence M.A. Furman　　2.3.11 Momentum Compaction and Phase Slip Factor K.Y. Ng　　2.3.12 NonlinearDynamicsExperiments S.Peggs　　2.3.13 Echo G.V. Stupakov　　2.3.14 Transverse Beam Shaping J. Irwin　　2.3.15 H6non Map and Standard Map Y.T. Yan  2.4  ELECTRON GUNS AND PRE-INJECTORS H.G. Kirk, R. Miller, D. Yeremian . . .　　2.4.1  Brightness　　2.4.2  DC High Voltage Guns and Bunching Systems　　　2.4.2.1   Gun characteristics　　　2.4.2.2  Longitudinal dynamics　　　2.4.2.3  Radial dynamics　　2.4.3  RF Guns　　2.4.4  Compensation of Space-Charge Effects  2.5  COLLECTIVE EFFECTS　　2.5.1  Collective Effects in High Energy Electron Linacs K. Thompson, K. Yokoya　　　2.5.1.1   Single bunch effects　　　2.5.1.2  Multibunch Effects　　2.5.2  Beam Loading D. Boussard　　　2.5.2.1   Single-bunch passage in a cavity　　　2.5.2.2  Cavity equivalent circuit　　……3 ELECTROMAGNETIC AND NUCLEAR INTERACTIONS4 OPERATIONAL CONSIDERATIONS5 MECHANICAL CONSIDERATIONS6 ELECTRICAL CONSIDERATIONS7 SUBSYSTEMS8 RADIATION EFFECTS AND PROTECTIONSubject IndexAuthor index

作者简介

Edited by internationally recognized authorities in the field,this Handbook is aimed at the design and operation of modern accelerators including Linacs, Synchrotrons and Storage Rings and is intended as a vade mecum for professional engineers and physicists engaged n these subjects. With a collection of 2100 equations, 330 illustrations and 180 tables, here one will find, in addition to the common formulae of previous compilations, hard to find, specialized formulae, recipes and material date pooled from the lifetime experience of many of the world's most able practitioners of the art end science of accelerators.

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