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| Motz H., Luchini P. — Undulators and free-electron lasers |
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| Предметный указатель |
Pendulum statistical equilibrium 186 212—213 224
Pendulum, Hamiltonian 184 201 207 225
Pendulum, parameters 26 175 179 182
Perturbation analysis 97 106—108 137—138 302—303
Petroff, Y. 198 294
Phillips, R.M. 21—22 30
Picardi, L. 294
Pierce, J.R. 19—20 30
Pillof, H.S. xi
Polarization 10 75 115 310
Poole, M.W. xii
Potential, effective (or quasi- or ponderomotive) 25 42 174 180 183 203 199 201 209 292 306
Poynting theorem 81 99
Poynting vector 98
Prisco, G. 134
Prosnitz, D. xii 224 227 257 277
Purcell, E.M. 7 30 293—295
Puthoff, H.E. 30
Q-switching 242 285—286
Quantum effects 23 36—38 91—93 125—128 310
Quimby, D.C. 224 228 278
Radiation condition 63 160 220
Radiation zone 64
Raman FEL regime 146—150 311
Raman scattering 40
Ramian, G.J. 29 257 277—278 288 294—295
Random magnetic-field errors 261 271
Rare-earth cobalt (REC) 264
Rayleigh range 120—121 252 310
Rayleigh — Ritz variational principle 160—162
Reciprocity 41 80—82 100 113 173 211
Reduced wavenumber 72
Reference frame, electron- 2 38—40 48 51—54
Reference frame, non-inertial- 200—201 203 205
Reference frame, syachronoux- 42—43 48 174 178—180 199—201
Reid, M.B. 293—295
Renieri limit 241—242 285 313
Renieri, A. v xii 24 29 125 134 242 254 257—258 285 294—295 313
Resonance wavenumber 72 104
Retarded potentials 62
Riyopoulos, S. 226 228
Robinson, K.F. 267 278 294
Rosenbluth, M.N. 220 223—224 226—228
Ruschin, S. v
Sabia, E. 294—295
Sands, M. 173 198 234—235 238 258
Sargent III, M. xi
Saturation condition 185 193 311
Saturation of optical klystron 194—197 312
Saturation, approach to- 188—190
Saturation, complete- 184—188
Scharlemann, E.T. xii 224 227 257 277
Schettini, G. 294
Schiff, L.I. 5 23 30 37
Schlesinger, S.P. 150 171
Schneider, R.S. 171
Schwettman, H.A. 27 29—30 228
Scully, M.O. xi xii 29 125 134 255 257
Segall, S.B. 276 278
Sessler, A.M. 257 291 295
Shaughnessy, C. 294—295
Shaw, E.D. 291 295
Sheffield, R.L. 294—295
Sidebands 224—227
Skrinsky, A.N. 128 134
Slater, J.C. 200 228
Slater, J.M. 278
Slippage 254
Smith — Purcell effect 293—294
Smith, S.J. 293—295
Smith, T.I. 7 27 29 30 228 294
Snyder, H.S. 46 60 173 198
Solimeno, S. 52 60 109 112 134 162 171 249 258 307
Soncini, G. 30
Source-dependent expansion 220
Space charge 146—149
Spencer, J.E. 278
Spitzcr, R. xi
Spontaneous undulator radiation into a waveguide 7—11 13 85—88
Spontaneous undulator radiation of optical klystron 130—131
Spontaneous undulator radiation, angular dependence of- 3 6 36 70 72—74 244 309
Spontaneous undulator radiation, applications 289—291
| Spontaneous undulator radiation, geometrical overview of- 31—36
Spontaneous undulator radiation, relation to gain of- 105 111 114
Spontaneous undulator radiation, spectral distribution of- 4—6 14 36 39 72—74 86 244 309
Spontaneous undulator radiation, uses 244
Sprangle, P. xii 171 220 224 228
Stegun, I.A. 51 60 76 93
Stem, W.E. 281 295
Stern, A. 257 294
Stimulated radiation 18 40—41 95 126
Stitch, M.L. v
Stoker, J.J. 144 151 171
Storage ring 133 233—238 262 284—285 289 313
Strong electromagnetic wiggler 269—271
Strong-coupling regime 146 170
Sukhatme, V.P. 23 30
Supermode 254
Synchronous energy 182—183 206—207
Synchrotron oscillation 42 97 174—175 182 188 199 223 236—238 see
Synchrotron oscillation period 185 206 219 309
Synchrotron radiation 23 32—35 233 239
Taber, R. 294
Takeda, H. 278
Tang, C.M. xii 220 224 226 228
Tapering, profile or 210 217 218 268 272—273
Thon, W. 30
Three-dimensional effects 97 112—116 157 163—164
Three-wave regime 150
Ting, A. 220 228
Torre, A. 249 258 294
Touschek effect 238
Transition matrix 98 117 126
Transmission line, equivalent 19
Travelling-wave tube 18—21 97 167 173 199 292
Twister 15 24 28
Two-beam accelerator 247
Two-stage FEL 275—277
Two-timing 305—306
Two-wave regime 150
Ubitron 3 21
Ultrarelativistic Hamilton — Jacobi equation 204
Ultrarelativistic Hamiltonian 48 177
Ultrarelativistic Lorentz transformation 48—49 52—53 179 204
Ultrarelativistic motion in a tapered undulator 202—205
Undulator cont with canted or curved poles 267 271
Undulator, effective-potential 71 75—78 113 153 191—192 309
Undulator, electromagnetic- 54—55 147 275—277
Undulator, end poles 262—264
Undulator, ethymology 1
Undulator, field errors 259—262 266
Undulator, helical - structure 273—275 283 see
Undulator, linear - structure 2 12 13 264—272 265
Undulator, magnetic field 12 49 55—56 128—129 132 262—264
Undulator, radiation 71—74 244 see
Undulator, resonance condition 140—141 151—152 167 194
Undulator, vector potential 50 308
Valla, A.S. 278
Vaughan, D. 291 295
Velghe, M. 286—287 295
Vignati, A. 294
Vinokurov, N.A. 128 134
Von Laven, S. 278
Vystavkin, A.N. 29
Wachtel, J.M. 29 292 295
Waist (of Gaussian beam) 121
Walker, R.P. 265 267 274—275 278
Walsh, J.E. xii 8 12—13 30 293—295
Wang, J.M. 30
Wang, S. 112 134
Ward, J.F. 278
Warren, R.W. 279 281 294—295
Wave equation 61 137 219—221
Waveguides 83—87
Webber, S.E. 173 198
Weizsaecker — Williams approximation 40
Whitehurst, R.N. 30
Wiggler 1 234 239 244
Winick, H. 278
Wolff, P.W. 23 30
Wurtete, J.S. 257
X-rays 31 93 197 238 244 260 290—291
Xie, M. 161 171
Yarema, S.M. 257
Yariv, A. v
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