Index 257
Radar, 65, 66, 225, 227,
228, 229
Radiation pressure
acceleration, 176,
179, 180
Random process, 207
Rayleigh length, 68
Reference orbit, 26, 37
Regenerative laser
amplifiers, 194
Research with
consideration of
use, 234
Resonances, 38, 86, 140,
143, 147, 149, 150,
175, 198, 217
Resonant acceleration, 6
Resonant cavities, 75, 77,
86
Resonant energy transfer,
149
Resonant plasma
excitation, 210, 213
Retardation, 148
RF breakdown , 89
RF bucket, 95, 98, 99
RF coupler, 93
RF systems, 77
RFQ structures, 7, 79, 80,
80
Round-to-flat beam
transformation, 222
Russian dolls inventive
principle, xxv, 13,
220, 230, 232
S-band, 59, 101
Saddle point, 98, 99
Schwinger intensity limit,
110, 113
Seeding, 150, 160, 199,
200
Self amplified
spontaneous
emission, 150
SASE, 150, 151, 196
Self-focusing, 117
Self-injection, 116, 119
Self-modulated laser
wakefield
accelerator, 107
Self-seeding, 196
Semiconductor saturable
absorber mirrors,
194
SESAM, 193, 194
Separatrix, 98, 99, 154,
155
Sextupole magnets, 30, 70
Sextupole pairs, 71
Shamonite, 231
Sheath acceleration, 124,
176, 177
Shock acceleration, 177,
182
Shunt impedance, 86, 88,
89
SI units, 21, 81
Single-strand DNA break,
170
Skew quadrupoles, 39,
222, 223
Skin depth, 82
Slab lasers, 64, 65
SLAC, 2, 92, 123, 197
SLAC energy doubling
experiment, 123
Slice emittance, 157
Small compound, 169,
170, 229
Small molecule drug, 170
Sokolov–Ternov SR
formulae, 55
Solid-state RF, 92
Space charge effects, 58,
186, 223
Spallation neutron source,
73
Spectral response
function, 208, 209
Spreadout Bragg peak, 168
Spur of matrix, 34
SR characteristic
frequency, 47
SR damping, 46, 80
SR photon energy, 46
SR quantum regime, 55
SR spectrum, 52, 55
SR-induced emittance
growth, 49
Stability of betatron
motion, 33
Standard Model, 231
Standing wave, 86, 94, 95
Stimulated emission, 60,
143, 192
Stimulated emission
depletion
microscopy, 231,
232
Stochastic cooling, 7, 72,
73, 214
Stopping power, 167
Strong focusing, 6, 7, 69,
70, 100, 175, 230,
234
Superconducting cavities,
95, 101
Superconducting magnets,
7, 171
Superconducting RF, 7,
141
Surface resistance, 82, 88
Symmetry, 39, 118, 231
Symplectic
transformation, 188
Synchrocyclotron, 174
Synchronous particle,
95–97, 187
Synchronous phase, 80
Synchrophasotron, 7, 69,
230
Synchrotron, 6, 77
Synchrotron frequency,
98, 99, 100
Synchrotron oscillations,
80, 81
Synchrotron radiation, 21,
43, 44, 45, 49, 51,
55, 56, 77, 119, 120,
127–130, 132, 133,
143, 157, 160, 161,
198–200, 202, 242
Synchrotron sidebands,
100
Synchrotron tune, 99, 100
Synectics, 9, 69, 162
Synergies, 21, 57, 58
System-antisystem
inventive principle,
13, 220, 232
Radar, 65, 66, 225, 227,
228, 229
Radiation pressure
acceleration, 176,
179, 180
Random process, 207
Rayleigh length, 68
Reference orbit, 26, 37
Regenerative laser
amplifiers, 194
Research with
consideration of
use, 234
Resonances, 38, 86, 140,
143, 147, 149, 150,
175, 198, 217
Resonant acceleration, 6
Resonant cavities, 75, 77,
86
Resonant energy transfer,
149
Resonant plasma
excitation, 210, 213
Retardation, 148
RF breakdown , 89
RF bucket, 95, 98, 99
RF coupler, 93
RF systems, 77
RFQ structures, 7, 79, 80,
80
Round-to-flat beam
transformation, 222
Russian dolls inventive
principle, xxv, 13,
220, 230, 232
S-band, 59, 101
Saddle point, 98, 99
Schwinger intensity limit,
110, 113
Seeding, 150, 160, 199,
200
Self amplified
spontaneous
emission, 150
SASE, 150, 151, 196
Self-focusing, 117
Self-injection, 116, 119
Self-modulated laser
wakefield
accelerator, 107
Self-seeding, 196
Semiconductor saturable
absorber mirrors,
194
SESAM, 193, 194
Separatrix, 98, 99, 154,
155
Sextupole magnets, 30, 70
Sextupole pairs, 71
Shamonite, 231
Sheath acceleration, 124,
176, 177
Shock acceleration, 177,
182
Shunt impedance, 86, 88,
89
SI units, 21, 81
Single-strand DNA break,
170
Skew quadrupoles, 39,
222, 223
Skin depth, 82
Slab lasers, 64, 65
SLAC, 2, 92, 123, 197
SLAC energy doubling
experiment, 123
Slice emittance, 157
Small compound, 169,
170, 229
Small molecule drug, 170
Sokolov–Ternov SR
formulae, 55
Solid-state RF, 92
Space charge effects, 58,
186, 223
Spallation neutron source,
73
Spectral response
function, 208, 209
Spreadout Bragg peak, 168
Spur of matrix, 34
SR characteristic
frequency, 47
SR damping, 46, 80
SR photon energy, 46
SR quantum regime, 55
SR spectrum, 52, 55
SR-induced emittance
growth, 49
Stability of betatron
motion, 33
Standard Model, 231
Standing wave, 86, 94, 95
Stimulated emission, 60,
143, 192
Stimulated emission
depletion
microscopy, 231,
232
Stochastic cooling, 7, 72,
73, 214
Stopping power, 167
Strong focusing, 6, 7, 69,
70, 100, 175, 230,
234
Superconducting cavities,
95, 101
Superconducting magnets,
7, 171
Superconducting RF, 7,
141
Surface resistance, 82, 88
Symmetry, 39, 118, 231
Symplectic
transformation, 188
Synchrocyclotron, 174
Synchronous particle,
95–97, 187
Synchronous phase, 80
Synchrophasotron, 7, 69,
230
Synchrotron, 6, 77
Synchrotron frequency,
98, 99, 100
Synchrotron oscillations,
80, 81
Synchrotron radiation, 21,
43, 44, 45, 49, 51,
55, 56, 77, 119, 120,
127–130, 132, 133,
143, 157, 160, 161,
198–200, 202, 242
Synchrotron sidebands,
100
Synchrotron tune, 99, 100
Synectics, 9, 69, 162
Synergies, 21, 57, 58
System-antisystem
inventive principle,
13, 220, 232