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Motz H., Luchini P. Ч Undulators and free-electron lasers
Motz H., Luchini P. Ч Undulators and free-electron lasers



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Ќазвание: Undulators and free-electron lasers

јвторы: Motz H., Luchini P.

язык: en

–убрика: “ехнологи€/

—татус предметного указател€: √отов указатель с номерами страниц

ed2k: ed2k stats

√од издани€: 1990

 оличество страниц: 322

ƒобавлена в каталог: 20.10.2005

ќперации: ѕоложить на полку | —копировать ссылку дл€ форума | —копировать ID
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ѕредметный указатель
$\delta$-function      139
Abramowitz, M.      51 60 76 93
Action-angle variables      225
Adiabatic invariant      208Ч210 213Ч214 225
Al-Abawi, H.      255 257
Alfven current      103 310
Amir, A.      257 294
Anderson, B.      257
Argence, E.      161 171
Average of bounded function      110
Backward wave      166Ч170 311
Backward-wave oscillator      168
Bambini, A.      24 29
Bass, M.      v
Bazin, C.      198 294
Beat wavenumber      102 141
Bekefi, G.      150 171
Benson, S.      294
Bergher, M.      198 294
Bernashevsky, G.A.      12 29
Bernstein, I.B.      29 150 171
Bessel functions      5 75Ч76 192
Betatron function      235
Betatron oscillation      57Ч60 223 235Ч236 267 271 309
Billardon, M.      198 284Ч286 294Ч295
Bizzarri, U.      283Ч284 294
Blumlein      231
Boltzmann equation      41 135Ч136 221Ч222 224Ч225
Brau, C.A.      xii
Brightness      78Ч80
Brownian random walk      260
Burns, M.J.      277
Canonical transformation      107 225 299Ч300
Chapman, S.      135 171
Charge conservation      62
Cherenkov maser      292Ч293
Cherenkov radiation      4 31
Chester, A.N.      257
Chodorow, M.      17 218
Christensen, T.C.      277
Churchill, T.L.      278
Ciocci, F.      293Ч295
Coffield, F.E.      277
Coherence      78Ч80 280
Colson, W.B.      24Ч26 29 227 255Ч257
Combe, R.      2 4 12 29
Complex detuning      90 124Ч125 164Ч165
Complex vectors      50 60
Compton, FEL regime      see "Raman"
Compton, scattering      22Ч23 38Ч40 91
Compton, stimulated-effect      22Ч23
Compton, wavelength      37Ч39 91Ч93 126 310
Couprie, M.E.      294
Courant, E.D.      46 60 173 198
Cowling, T.D.      135 171
Cubic equation      19 142 148 162
Cyclotron maser      3 292
Cyclotron waves      150
Da Jornadn, E.H.      171
Dattoli, G.      v 232 242 254 257 294Ч295
Dawson, J.M.      171
De Angelis, A.      294Ч295
Deacon, D.A.G.      21Ч29 161 171 294
Deceleration parameter      200 209 214 218
Deflection parameter K      52
Deis, G.A.      270 271 277
Deloney, T.L.      295
Detuning parameter      72 85 90 104 113 143 153 185Ч186 309 312
Detuning spread      88 124 165
Diament, P.      278
Dillenburg, D.      171
Dipace, A.      294Ч295
Dirac, P.A.M.      22 30
Dispersion function (of a storage rmg)      235
Dispersion magnet      128 194 217
dispersion relation      8 68 83 86Ч87 141Ч145 147Ч148 153 162 167 311
Doppler effect      2 33 39 91 178
Doria, A.      294
Dunensionless variables      46 69 101 137 142
Eckstein, J.N.      279 294
Edighoffer, J.A.      228
Effective area      see "Filling factor"
effective mass      51 57Ч58 176Ч178 183 191Ч192 203 222 304Ч308
Ehrlich, D.J.      291 295
Electromagnetic potentials      61
Electron beam, alignment      262Ч264
Electron beam, angular divergence      57 60 87Ч90 123Ч125 310
Electron beam, diameter      57 158
Electron beam, emittance      124 230 236 245 256Ч257 310
Electron beam, energy recovery      243 283 287Ч288
Electron beam, energy spread      87Ч90 123Ч125 133 164Ч166 188 230 240 245Ч246 310
Electron beam, focusing      59Ч60 267 271
Electron beam, recirculation      239
Electron beam, walk-off      259 262 266Ч267
Electron, amplitude of wiggling      53 56 158 308
Electron, buckets      42Ч43 199
Electron, bunching      6 18 106 194 214 217
Electron, distribution function      123 135 157 195Ч197 219 221 224
Electron, orbits      2 15Ч16 50Ч55 128Ч129 222 234Ч235 262Ч263 266
Electron, phase      11 42 174 183 185 200Ч201 204 209 214
Electron, plasma      40 135Ч136
Electron, plasma frequency      40 145 147 149
Electron, synchronism condition      16 17 25 260 see "Resonance
Electron, trapping      174 180 186 199Ч202 210 213Ч214 229 312
Electron, wave-packet      37 126
Electron-wave interaction      173Ч176 200Ч202 292
Electrostatic accelerator      242Ч243 287Ч288
Elias, L.R.      27 29 257 265Ч267 275 277Ч278 287Ч288 294Ч295
Elleaume, P.      198 286Ч287 294Ч295
Elliptical functions      2
Elliptical integrals      25 176
Energy conservation      172 210
Energy extraction      172Ч173 184Ч188 190 211 214Ч215 311Ч313
Energy transfer      175 199 202 210Ч212 214 218 229
Equations with Periodic Coefficients      144 150Ч151 158 226
Erdelyi, A.      67 93
Error estimates      77 114 145Ч146
Exponential-gain regime      143
Fairbank, W.M.      29Ч30
Far field      64Ч67 69Ч70 113
Fauchet, A.M.      293 295
Fawley, W.M.      224 227 257
Feinstein, J.      295
Feix, M.      2 4 29
Filling factor      117Ч119
Fiorentmo, E.      294Ч295
Fischer, A.S.      295
Fluctuation-dissipation relation      108 112
Fornaca, S.W.      228
Fourier transform      63
Fraser, J.S.      295
Free-electron laser (FEL), applications      291
Free-electron laser (FEL), measured spectrum      28 279 281Ч282 288
Free-electron laser (FEL), operation in a storage ring      234 238Ч242
Free-electron laser (FEL), oscillator      28 244Ч247 251Ч256
Free-electron laser (FEL), power amplifier      213Ч217 246
Free-electron laser (FEL), pulsed operation      221 242 244 253Ч256 281Ч282
Free-electron laser (FEL), regimes      96Ч98
Free-electron laser (FEL), use of the term      22 43Ч44 96 292
Frequency multiplication      194Ч197 312
Fresnel approximation      67Ч70
Fresnel number      65 80 122
Freund, H.P.      150 171
Friedland, L.      150 171
Friedman, A.      v
Gain across small- and large-gain regimes      155Ч156
Gain at saturation      190 311Ч312
Gain for a Gaussian beam      120Ч123 310
Gain for sideband modes      226
Gain in the large-gain regime      142Ч143 311
Gain in the quantum regime      127
Gain in the Raman regime      148 311
Gain of optical klystron      131 312
Gain of tapered undulator      215Ч217 313
Gain, definition      98Ч100 172Ч173
Gain, length      105Ч106 142 158 309Ч310
Gain, small-signal      20 23 26 103Ч106 115 124 190 310
Gallerano, G.P.      294Ч295
Garate, E.      293Ч295
Gas-loaded FEL      293
Gaussian beam      16 79 120Ч121 124 249Ч251 310
Gea-Banacloche, J.      125 134
Giabbai, I.      294Ч295
Giordano, G.      294Ч295
Girard, B.      198
Goldstein, H.      303
Goldstein, J.C.      227 281 295
Gover, A.      v 295
Granatstein, V.L.      292 295
Green function      10 98
Gregoire, D.J.      257 294
Grossman, A.      150 171
Grover, L.K.      125 134
Guiding centre      57Ч58 191 222 306
Gyrotron      292
Halbach design      264Ч265
Halbach, K.      264 267Ч270 272Ч274 277
Half-poles      262Ч264 265
Hamilton generalized-equations      45Ч46 108 136Ч137
Hamilton variational principle      47Ч48 207 296 298
Hamilton Ч Jacobi equation      46Ч47 49 54Ч55 58Ч59 203Ч205 300Ч302 304
Hamiltonian mechanics      41 296Ч303
Harmonics      75Ч78 89 114Ч116 150Ч153 191Ч192 259 310
Heisenberg principle      37
Heitler, W.      40 93
Hertz potential      9
Hess, C.E.      228
Hirshfield, J.L.      29 292 295
Ho, A.H.      295
Hopf, F.A.      23Ч24 29 255 257
Hopkins, D.B.      257
Hu, R.C.J.      265Ч267 278 295
Induction linac      231Ч232
Inertia forces      200
Input coupling      154Ч157
Instability of pendulum-like behaviour      193Ч194
Instability, backward-wave-      166Ч170 311
Instability, sideband-      220 224Ч227 281
Instability, synchrotron-betatron-      223
Jacobs, S.F.      xi xii
Johnson, B.      295
Kahan, Th.      161 171
Kapitza, P.L.      22 30 232Ч233
Kibble, T.W.B.      52 60 307
Kimel, I.      276Ч278
Kogelnik Ч Boyd stability plot      249
Kolomenskii, A.A.      218 227
Komplher, R.      17 18 20 218
Kotthaus, J.      257 294
Krinsky, S.      23 30 108 112 134
Kroll, N.M.      21 23 30 224 226Ч227
Kulke, B.      277
Kurizki, G.      v
Lagrange Ч Smith Ч Helmholtz theorem      230 236
Lagrangian      47Ч48 296
Landau, L.D.      51 60 62 94 135 171 208 228 303
Langmuir waves      40 149
Lapterre, Y.      198 294
Laser acceleration of electrons      17 199 217Ч219 246Ч247 291
Laser fusion      215 246 291
Lattice (of a storage ring)      235
Lawson, J.D.      26Ч27 30 174 198
Layman, R.      294
Lebedev, A.N.      218 227
Legendre transformation      298
Letardi, T.      294Ч295
Lethargy      255
Liberman, B.      171
Lienard Ч Wiechert potential      62
Liever, P.C.      167 171
Lifschitz, E.M.      54 60 62 94 135 171 208 228 303
Lin, A.T.      171
LINAC      97 199 217 229 32 279
Liouville theorem      136 221 257
Lorentz contraction      2
Lorentz gauge      62 68
Lorentzian electron distribution      90 124Ч125 164
Lornize, L.D.      29
Louisell, W.H.      29
Luchini, P.      v 30 52 60 109 112 123 134 161Ч163 165Ч166 171 194 198 203 214 216 228 307
Lynch, M.T.      295
Madey theorem      23 26 41 97 108Ч113 117 125Ч127 129
Madey, J.M.J.      xii 1 22 23 26 27 29 30 41 43 98 106 108Ч109 111Ч113 116Ч117 123 125 127 130Ч131 134 294
Magnets with iron poles      12 60 267Ч269
Magnets, electro-      268Ч273
Magnets, multipole-      275
Magnets, permanent-      12 264Ч267 274Ч275
Magnets, pulsed electro-      273Ч274 283
Magnets, superconducting-      28 274 279
Mallory, K.B.      12 30
Marino, A.      257 294
Marshall, T.C.      v 149 150 171
Martellucci, S.      257
McMullin, W.A.      30 150 171
McVey, B.D.      219Ч220 227Ч228
Messina, G.      294
Meystre, P.      29
Micro- and macro-poises      229Ч230 233 254 279
Microtron      232Ч233 283
Millimetre waves      3 7 21 147 232 292Ч294
Mirror damage      260 286Ч287
Mirror tilt      252Ч253
Mode cutoff (in optical guiding)      166
Mode sets      82Ч84 100 158 162Ч163
Mode-coupling problem      140 149
Mola, A.      294
Momentum, canonical vs. kinetic      297
Monochromaticity      78Ч80
Monte Carlo method      222Ч223
Moore, G.T.      xi 29 94 134 160 164 171 257
Morton, P.L.      224 226Ч227
Motz, H.      v 2 4 5 7 8 9 11Ч14 17 20Ч23 29 30 43 94 161 171 194 198 203 218 228
Moustaizis, S.      295
Multilayer mirrors      286
Nakamura, M.      7 9 20Ч21 23 30
Neil, G.R.      217 228
Neil, V.K.      257
Newnam, B.E.      295
Non-relativistic limit      179Ч180
Numerical computations      184 187Ч190 193 214 219Ч223 227 281Ч282
Onega, J.M.      198 294Ч250
Optical guiding      157Ч166
Optical klystron      128Ч133 194Ч197 217 285 312
Optical resonator      16 22 28 87 120 122 190 229 239 245 247Ч253
Optics, geometrical      230 248
Orzechowski, T.J.      231 257
Oscillating dipole      64
Paladin undulator      270Ч271
Palmer, R.B.      218 228
Pantell, R.H.      23 30 125 134 295
Parabolic (paraxial) wave equation      68 120 220Ч221
Particle accelerator      173Ч174 183 229
Patel, C.K.N.      291 295
Paul, A.C.      257
Pellegrini, C.      134 218 228
Pendulum      see also "Synchrotron oscillation"
Pendulum analogy      97 237
Pendulum equation of motion      25 175 184 188 201Ч202
Pendulum oration period      176
Pendulum phase space      26Ч27 175 193 201Ч202
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