Principles of RF linear accelerators:
Saved in:
| Main Author: | |
|---|---|
| Format: | Book |
| Language: | English |
| Published: |
New York [u.a.]
Wiley
1998
|
| Series: | Wiley series in beam physics and accelerator technology
A Wiley-interscience publication |
| Subjects: | |
| Online Access: | Inhaltsverzeichnis |
| Physical Description: | XV, 382 S. graph. Darst. |
| ISBN: | 0471168149 |
Staff View
MARC
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| 245 | 1 | 0 | |a Principles of RF linear accelerators |c Thomas P. Wangler |
| 264 | 1 | |a New York [u.a.] |b Wiley |c 1998 | |
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Record in the Search Index
| _version_ | 1804126988818972672 |
|---|---|
| adam_text | Contents
Preface
1 Introduction
1 1 Linear Accelerators: Historical Perspective / 2
1 2 Linac Structures / 6
1 3 Linac Beam Dynamics /II
1 4 Multiparticle Effects / 13
1 5 Applications of Modem RF Linacs / 14
1 6 Accelerator-Physics Units, Unit Conversions, and Physical
Constants / 18
1 7 Useful Relativistic Mechanics Relationships / 19
1 8 Maxwell’s Equations / 19
1 9 Conducting Walls / 22
1 10 Group Velocity and Energy Velocity / 23
1 11 Coaxial Resonator / 25
1 12 Transverse Magnetic Mode of a Circular Cylindrical
Cavity / 28
1 13 Cylindrical Resonator Transverse Magnetic Modes / 30
1 14 Cylindrical Resonator Transverse Electric Modes / 30
■ Problems / 32
2 RF Acceleration in Linacs
•?• 2 1 Particle Acceleration in an RF Field / 35
2 2 Energy Gain on Axis in an RF Gap / 36
2 3 Longitudinal Electric Field as a Fourier Integral / 40
*2 4 Transit-Time-Factor Models / 43
-25 Power and Acceleration Efficiency Figures of Merit / 46
2 6 Cavity Design Issues / 48
,27 Frequency Scaling of Cavity Parameters / 50
^28 Linac Economics / 51
, blems / 53
3 Periodic Accelerating Structures
3 1 Synchronous Acceleration and Periodic Structures / 57
3 2 Floquet Theorem and Space Harmonics / 58
3 3 General Description of Periodic Structures / 62
*3 4 Equivalent-Circuit Model for Periodic Structures / 63
*3 5 Periodic Array of Low-Pass Filters / 65
*3 6 Periodic Array of Electrically Coupled Circuits / 66
*3 7 Periodic Array of Magnetically Coupled Circuits / 68
*3 8 Periodic Array of Cavities with Resonant Coupling
Element / 69
3 9 Measurement of Dispersion Curves in Periodic Structures / 71
3 10 Traveling-Wave Linac Structures / 73
*3 11 Analysis of Periodic Iris-Loaded Waveguide / 74
3 12 Constant-Impedance Traveling-Wave Structure / 78
3 13 Constant-Gradient Structure / 80
*3 14 Comparison of Different Normal Modes for
Particle Acceleration / 82
*3 15 Physics Regimes of Traveling- and Standing-Wave
Structures / 85
Problems / 86
4 Standard Linac Structures
4 1 Independent-Cavity Linacs / 88
4 2 Wideröe Linac / 93
4 3 Alvarez Drift-Tube Linac / 95
4 4 Design of Drift-Tube Linacs / 101
4 5 Coupled-Cavity Linacs / 102
4 6 Three Coupled Oscillators / 103
4 7 Perturbation Theory and Effects of Resonant Frequency
Errors / 106
4 8 Effects from Ohmic Power Dissipation / 108
4 9 General Problem of N+1 Coupled Oscillators / 110
4 10 Biperiodic Structures for Linacs / 113
4 11 Design of Coupled-Cavity Linacs / 117
*4 12 Intercell Coupling Constant / 120
*4 13 Decoupling of Cavities Connected by a Beam Pipe / 122
4 14 Resonant Coupling / 123
Problems / 128
5 Microwave Topics for Linacs
5 1 Shunt Resonant-Circuit Model / 130
*5 2 Theory of Resonant Cavities / 132
*5 3 Coupling to Cavities / 134
m
CONTENTS ix
5 4 Equivalent Circuit for a Resonant Cavity System / 135
*5 5 Equivalent Circuit for a Cavity Coupled to Two
Waveguides / 140
*5 6 Transient Behavior of a Resonant-Cavity System / 141
*5 7 Wave Description of a Waveguide to Cavity Coupling / 144
5 8 Microwave Power Systems for Linacs / 152
5 9 Multipacting / 155
5 10 Electron Field Emission / 159
5 11 RF Electric Breakdown: Kilpatrick Criterion / 160
5 12 Adiabatic Invariant of an Oscillator / 161
5 13 Slater Perturbation Theorem / 162
*5 14 Quasistatic Approximation / 165
*5 15 Panofsky-Wenzel Theorem / 166
Problems / 168
6 Longitudinal Particle Dynamics 172
6 1 Longitudinal Focusing / 173
6 2 Difference Equations of Longitudinal Motion for
Standing-Wave Linacs / 173
6 3 Differential Equations of Longitudinal Motion / 175
6 4 Longitudinal Motion When Acceleration Rate Is Small / 175
*6 5 Hamiltonian and Liouville’s Theorem / 179
6 6 Small-Amplitude Oscillations / 184
6 7 Adiabatic Phase Damping / 185
*6 8 Longitudinal Dynamics of Ion Beams in Coupled-Cavity
Linacs / 187
*6 9 Longitudinal Dynamics in Independent-Cavity Ion Linacs / 188
*6 10 Longitudinal Dynamics of Low-Energy Beams Injected
into av=c Linac / 190
Problems / 193
7 Transverse Particle Dynamics 194
Transverse RF Focusing and Defocusing / 195
Radial Impulse from a Synchronous Traveling Wave / 196
Radial Impulse near the Axis in an Accelerating Gap / 198
Including Electrostatic Focusing in the Gap / 201
Coordinate Transformation Through an Accelerating Gap / 202
Quadrupole Focusing in a Linac / 203
Transfer Matrix Solution of Hill’s Equation / 205
Phase-Amplitude Form of Solution to Hill’s Equation / 207
Transfer Matrix Through One Period / 208
Thin-Lens FODO Periodic Lattice / 209
Transverse Stability Plot in a Linac / 211
CONTENTSx
*7 12 Effects of Random Quadrupole Misalignment Errors / 214
7 13 Ellipse Transformations / 215
7 14 Beam Matching / 217
*7 15 Solenoid Focusing / 218
7 16 Smooth Approximation to Linac Periodic Focusing / 219
7 17 Radial Motion for Unfocused Relativistic Beams / 221
Problems / 222
8 Radio-Frequency Quadrupole Linac 225
8 1 Principles of Operation / 225
8 2 General Potential Function / 229
8 3 Two-Term Potential Function Description / 231
8 4 Electric Fields / 233
8 5 Synchronous Acceleration / 234
8 6 Longitudinal Dynamics / 235
8 7 Transverse Dynamics / 236
8 8 Adiabatic Bunching in the RFQ / 239
8 9 Four-Vane Cavity / 242
*8 10 Lumped Circuit Model of Four-Vane Cavity / 242
*8 11 Four Vane-Cavity Eigenmodes / 245
*8 12 Transmission-Line Model of Quadrupole Spectrum / 247
8 13 Four-Rod Cavity / 254
Problems / 255
9 Multiparticle Dynamics with Space Charge 258
9 1 Beam Quality, Phase Space, and Emittance / 259
9 2 RMS Emittance / 261
9 3 Transverse and Longitudinal Emittance / 263
9 4 Emittance Conventions / 264
9 5 Space-Charge Dynamics / 265
*9 6 Practical Methods for Numerical Space-Charge
Calculation / 269
9 7 RMS Envelope Equation with Space Charge / 273
9 8 Continuous Elliptical Beams / 275
9 9 Three-Dimensional Ellipsoidal Bunched Beams / 276
9 10 Beam Dynamics Including Linear Space-Charge Field / 278
*9 11 Beam-Current Limits from Space Charge / 279
9 12 Emittance Growth from Space Charge / 281
*9 13 Model of Space-Charge-Induced Emittance Growth / 283
*9 14 Beam Loss and Beam Halo / 285
*9 15 Scaling of Emittance Growth and Halo / 289
*9 16 Equipartitioning / 290
Problems / 292
CONTENTS xi
10 Beam Loading 295
10 1 Fundamental Beam-Loading Theorem / 296
10 2 Single-Bunch Loss Parameter / 298
10 3 Energy Loss to Higher-Order Cavity Modes / 298
10 4 Beam Loading in the Accelerating Mode / 299
10 5 Equations Describing a Beam-Loaded Cavity / 301
10 6 Transient Turn-on of a Beam-Loaded Cavity / 307
Problems / 308
11 Wakefields 314
f£
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11 1 Image Force for Line Charge in Round Pipe / 316
11 2 Fields from a Relativistic Point Charge and
Introduction to Wakefields / 318
11 3 Wake Potential from a Relativistic Point Charge / 320
11 4 Wake Potentials in Cylindrically Symmetric Structures / 322
11 5 Scaling of Wake Potentials with Frequency / 326
11 6 Bunch Wake Potentials for an Arbitrary Charge
Distribution / 326
11 7 Loss Parameters for a Particular Charge Distribution / 331
11 8 Bunch Loss Parameters for a Gaussian Distribution / 332
*11 9 Beam-Coupling Impedance / 333
*11 10 Longitudinal and Transverse Impedance Definitions / 335
*11 11 Impedance and Wake Potential for a Single Cavity
Mode / 336
11 12 Short-Range Wakefields: Parasitic Losses / 337
11 13 Short-Range Wakefields: Energy Spread / 338
11 14 Short-Range Wakefields: Compensation of Longitudinal
Wake Effect / 339
11 15 Short-Range Wakefields: Single-Bunch Beam Breakup / 339
11 16 Short-Range Wakefields: BNS Damping of Beam
Breakup / 342
11 17 Long-Range Wakefields and Multibunch Beam Breakup / 345
Problems / 353
12 Special Structures and Techniques
*12 1 Alternating-Phase Focusing / 357
12 2 Accelerating Structures Using Electric Focusing / 359
*12 3 Coupled-Cavity Drift-Tube Linac / 361
*12 4 Beam Funneling / 362
*12 5 RF Pulse Compression / 364
12 6 Superconducting RF Linacs / 365
|
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| physical | XV, 382 S. graph. Darst. |
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| spelling | Wangler, Thomas P. Verfasser aut Principles of RF linear accelerators Thomas P. Wangler New York [u.a.] Wiley 1998 XV, 382 S. graph. Darst. txt rdacontent n rdamedia nc rdacarrier Wiley series in beam physics and accelerator technology A Wiley-interscience publication Accélérateurs linéaires Linear accelerators Linearbeschleuniger (DE-588)4167698-1 gnd rswk-swf Radiofrequenzbereich (DE-588)4176824-3 gnd rswk-swf 1\p (DE-588)4123623-3 Lehrbuch gnd-content Linearbeschleuniger (DE-588)4167698-1 s Radiofrequenzbereich (DE-588)4176824-3 s DE-604 HEBIS Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=008381663&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis 1\p cgwrk 20201028 DE-101 https://d-nb.info/provenance/plan#cgwrk |
| spellingShingle | Wangler, Thomas P. Principles of RF linear accelerators Accélérateurs linéaires Linear accelerators Linearbeschleuniger (DE-588)4167698-1 gnd Radiofrequenzbereich (DE-588)4176824-3 gnd |
| subject_GND | (DE-588)4167698-1 (DE-588)4176824-3 (DE-588)4123623-3 |
| title | Principles of RF linear accelerators |
| title_auth | Principles of RF linear accelerators |
| title_exact_search | Principles of RF linear accelerators |
| title_full | Principles of RF linear accelerators Thomas P. Wangler |
| title_fullStr | Principles of RF linear accelerators Thomas P. Wangler |
| title_full_unstemmed | Principles of RF linear accelerators Thomas P. Wangler |
| title_short | Principles of RF linear accelerators |
| title_sort | principles of rf linear accelerators |
| topic | Accélérateurs linéaires Linear accelerators Linearbeschleuniger (DE-588)4167698-1 gnd Radiofrequenzbereich (DE-588)4176824-3 gnd |
| topic_facet | Accélérateurs linéaires Linear accelerators Linearbeschleuniger Radiofrequenzbereich Lehrbuch |
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