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Wiedemann H. — Particle accelerator physics II
Wiedemann H. — Particle accelerator physics II



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Название: Particle accelerator physics II

Автор: Wiedemann H.

Аннотация:

This volume continues the discussion of particle accelerator physics beyond the introduction in Vol I. It is specially aimed at the graduate student and scientist planning to work or working in the field of accelerator physics. Basic principles of beam dynamics already discussed in Vol. I, are expanded into the nonlinear regime in order to tackle fundamental problems encountered in present day accelerator design and development. Nonlinear dynamics is discussed both for the transverse phase space to determine chromatic and geometric aberrations which limit the dynamic aperture as well as for the longitude phase space in connection with phase focusing at very small values of the momentum compaction. Whenever possible, effects derived theoretically are compared with observations made at existing accelerators.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1995

Количество страниц: 479

Добавлена в каталог: 22.12.2013

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Free electron laser      57
Free space wavelength      167
Frequency domain      351
Frequency tuning      189
Frey, W.      342
Frisch, J.      320
Fundamental cavity frequency      173
Fundamental line      406
Fundamental radiation frequency      406
Fundamental theorem of beam loading      193
Fundamental theorem of wake fields      355
Fundamental wavelength      410 414
Fundamental wiggler frequency      414
Gallo, A.      403
Gareyte, J.      205 327 357 365 398
Gaussian distribution      295
Gelato, G.      342
General equation of motion      53
Generating function      4 7
Generating function, action angle variables      10
Generator power      185 190
Generator voltage      185 186
Geometric aberrations      55 127 135
Gerke, H.      403
Ghigo, G.      329
Gill, E.      342
Glenn, J.W.      342
Goldstein, H.      1
GR(x.y.z)      256; see footnote
Gradshteyn, I.S.      176 256 296
Green, J.M.      39
Green, M.C.      192 316
Group velocity      170
Growth rate      371 381 395
Growth rate, coasting beam, transverse      381
Growth rate, fast head tail      395
Growth rate, head tail      398
Growth rate, negative mass      371
Growth rate, resistive wall      370
Guignard, G.      12 33 39
Gyromagnetic constant      321
H$\ddot{u}$bner, K.      267 326 373 375
Haissinski, J.      329 386
Halbach, K.      177 194
Half integer resonance      19 20
Hamiltonian      1 4
Hamiltonian equations      5
Hamiltonian for particle in electromagnetic field      5
Hamiltonian formalism      1
Hamiltonian function      4
Hamiltonian linear coupling      29
Hamiltonian perturbation theory      127
Hamiltonian variational principle      2
Hamiltonian, longitudinal      383
Hamiltonian, nonlinear      152
HARMON      149
Harmonic correction      146
Harmonic number      179 188
harmonic oscillator      10 182
Head tail damping      398
Head tail damping effect      398
Head tail damping instability, fast      395
Head tail damping rates      398
Head tail damping, strong      393
Heins, D.      403
Helical trajectory      77
Helical wiggler magnet      57 407
Helicity      430
Helm, R.H.      220 398
Henke, H.      320 403
Hereward, H.G.      326 327 378
Herrera, J.C.      39 66
Higher-order chromaticity      108
Higher-order damping decrement      290
Higher-order field perturbation      27 43 93
Higher-order fields      195
Higher-order frequencies      352
Higher-order losses      192
Higher-order modes      192 352
Higher-order tune shift      158
Hodgeson, J.      403
Hoffmann, K.      403
Hofmann, A.      240 259 379
Hohmeyer, H.      320
Holm, K.      403
Holsinger, F.      177 194
Hom      192 352
Homeyer, H.      403
Horizontal beam emittance      309
Hoyt, E.      320
Huson. F.R.      320
Image charge      334
Image coefficients      334
Impedance spectrum      205
Impedance, broad band, longitudinal      363
Impedance, capacitive      367
Impedance, inductive      366
Impedance, normalized      362
Impedance, reactive      367
Impedance, resistive wall, longitudinal      363
Impedance, space charge, longitudinal      362
Impedance, space charge, transverse      362
Incoherent space charge tune shift      340
Incoherent synchrotron oscillation frequency      384
Incoherent synchrotron tune shift      204 385
Incoherent tune shift      207 342 380
Induced voltage      186 187
Inductive impedance      366
Inductive, detuning      186
Inductively detune      200
Insertion device      57 406
Insertion, radiation, polarization      430
Instability, coasting beam      368
Instability, negative mass      368 373
Instability, resistive wall, longitudinal      369
Instability, resistive wall, transverse      381
Instability, transverse      381
Instability, turbulent bunch lengthening      389
Instantaneous radiation power      411
Internal impedance      184
Intra beam scattering      179 330
Invariant      278
Invariant, Courant — Snyder      274
Iselin, Ch.      135 149
Island      23
Island, structure      20
Isochronous storage ring      208
ISR, Intersecting Storage Ring      326
IVANENKO, D.      264
Jackson, J.D.      164 244 246 250 363
Jacobian determinant      30
Jandt, E.      403
Judd, D.L.      339
Kakuno, K.      432
Kapitza, S.P.      316
Karvonen, L.G.      177
Keil — Schnell stability criterion      378 389
Keil — Schnell — Zotter criterion      197
Keil, E.      378
Kerst, D.W.      339
Kewisch, J.      150
Kheifets S.      137
Kincaid, B.M.      57 407 414
Kinematic perturbation      93
Kinematic terms      43
kinetic energy      188
Kinetic energy gain      173
Klaisner, L      320
Ko, K.      403
Kohaupt, R.D.      393 399 403
Kondratenko, A.M.      320
Kostroun, V.O.      251
Kouptsidis, J.      403
Krafft, F.      403
Krinsky, S.      407
Kung, P.      316 319
Laclare, J.L.      346 385 400 404
Lagrange equation      1 3
Lagrange function      2 3
Lagrange invariants      40
Lagrangian      1
LAMBDA      4
Lambertson, G.      403
Landau damping      327 370 376 378 381
Landau, J.      376 378
Landau, L.D.      1 3
Laplace equation      43
Large Hadron Collider      267
Larmor frequency      78 247 430
Larmor, J.      237
Laslett bunching factor      335
Laslett form factors      337 341
Laslett, L.J.      334 372
Launching error      96
Lavender, W.M.      426
Le Duff, J.      329 330 403
Lee, M.J.      398
Legendre transformation      4 8
Lehnart, N.      403
Leleux, L.      43
Lens      77 85
Lerner, R.G.      66
Li$\acute{e}$nard — Wiechert potentials      232
Lidia, S.      432
Lifshitz, E.M.      1 3
Lihn, Hung-chi      316 319
Line Spectrum      416
line width      418
Linear accelerator      281
Linear collider      301 392
Linear coupling      29 80
Liouville’s theorem      269 273 281
Livingston, M.S.      33
Loaded $Q$      183
Longitudinal, broad band impedance      363
Longitudinal, coasting beam, stability conditions      370
Longitudinal, coupling impedance      356
Longitudinal, current spectrum      347
Longitudinal, electric field      168
Longitudinal, field components      45
Longitudinal, impedance      361
Longitudinal, microwave instability      377
Longitudinal, particle distribution      298 301
Longitudinal, phase space      297
Longitudinal, resistive wall impedance      363
Longitudinal, space charge field      344
Longitudinal, wake function      353
Lorentz force      51
Lorentz gauge      230
Loss factor      356
Loss parameter      194 356
Low $\alpha$-lattice      214
Madey, J.M.J.      57
MAFIA      177
Magnani, L.      342
Magnet alignment      127
Magnetic field, expansion      49
Magnetic field, general      49
Magnetic field, perturbations      93
Magnetic field, potential      49
Magnetic permeability      164
Maidment, J.      403
Mann, J.      240
Marcuvitz, N.      164
Marin, P.      329
Markoff process      291
MARYLIE      150
Massarotti, A.      403
Matera, M.      398
Matrix formalism, nonlinear      131
Maxwell’s equations      164 229
Measurement, distribution of revolution frequencies      326
Measurement, head tail damping      398
Measurement, head tail damping rates      398
Measurement, impedance      204 388
Measurement, impedance spectrum      365
Measurement, incoherent tune shift      385
Measurement, loss factor      357 358
Measurement, resistive impedance      384
Measurement, Schottky scan      326
Measurement, total resistive impedance      356 358
Measurement, width of coupling resonance      36
Melekhin, V.M.      316
Meot, F.      240
Microwave instability      395
Microwave instability, longitudinal      377
Microwave instability, transverse      390
Miilhaupt, G.      403
Miller, R.H.      192 316
Miyahara, Y.      432
Mode, coupling      396
Mode, mixing      396
Mode, number      206
Modes      192 347 400
Modified Bessel’s functions      251
Momentum acceptance      180 217
Momentum compaction      369
Momentum compaction factor      208
Momentum shift      217
Monochromatic cavities      403
Month, M.      39 320 342
Morton, P.L.      110 398
Motz, H.      57 406
Mtingwa, S.K.      179 330
Multi bunch instabilities      352 399
Multiparticle beams      269
Multiple resonances      39
Multiple Touschek effect      330
Multipole errors      127
Multipole magnet fields      43
Murray J.J.      137 140
Nabla operator      229 273
Narrow band impedances      399
Nassibian, G.      342
Negative mass instability      368 370 376
Neil, V.K.      369 370 372
Nelson, L.V.      192 316
Nesemann, H.      403
Network model of rf cavity      184
Nielsen, C.E.      368
Nonisochronous transport line      314
Nonlinear chromaticity      110
Nonlinear Hamiltonian      152
Nonlinear matrix formalism      131
Normalized phase space      226
Normalized, impedance      206 362
Novokhatsky, A.      392
Ohnuma, S.      17
Opening angle      424
Optimum, coupling      191
Optimum, matching      190
Optimum, tuning angle      189 191
Orbit distortion      55 129
Oscillator frequency      14
Palumbo, L.      403
Panofsky — Wenzel theorem      360
Panofsky, W.K.H.      360
Parallel resonant circuit      185
Parodi, R.      403
Parseval’s theorem      247
1 2 3 4
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