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Aoki K. — Nonlinear dynamics and chaos in semiconductors
Aoki K. — Nonlinear dynamics and chaos in semiconductors



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Название: Nonlinear dynamics and chaos in semiconductors

Автор: Aoki K.

Аннотация:

Describes chaotic behaviors mainly associated with nonlinear carrier transport via the impact-ionization avalanche in bulk-semiconductor materials, including bifurcation routes to chaos, fractal dimensions of strange attractors, and circle map behavior


Язык: en

Рубрика: Физика/Физика твёрдого тела/Приложения/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2001

Количество страниц: 580

Добавлена в каталог: 26.07.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Macrostate      240 248
Macrostate, equations      240 247
Macrostate, variable      245
Madistor      221
Magnetic freeze-out effects      233
Magnetoelastic ribbon      529
Magnetoresistance, effect      386
Magnetoresistance, factor      151
Magnetoresistance, scattering factor      387
Mandelbrot set      308
Manifold      140
map function      3 185
Markov process      8 244
Mass, effective      32
Mathematical models      168 271
Mature filament      437 492
Maxwell — Boltzmann (MB) distribution function      33 101
Maxwell’s, convention      118 122 124
Maxwell’s, equations      423
McCulloch — Pitts formal neurons      239
Mean, energy gain      402
Mean, free path      66
Mean, laminar length      383
Mean, lifetime      295—296
Mean, residence time      194 199
Merging crisis      366
MESFET      523
Micro-time-scale      239
Microscopic energy      27
Miniband      557
Minimum entropy production      50
Minimum entropy production, rate      210
Mixed boundary conditions      459
Mixing      6
Mobility      492
Mode, locking      339 340
Mode, pulling      378
Moebius band      19 21 179 275
Momentum, balance equation      103
Momentum, radomization      49
Momentum, relaxation      37
Momentum, relaxation, time      39 88 94 103 388
Momentum, space      49
Monte Carlo, method      42 50
Monte Carlo, simulations      422 430 438 546
Multicurrent filaments      121
Multifilaments      470 506
Multifractal nature      398 402
Multilevel impact-ionization model      381 422 427 473
Multiplication, factor      446 450
Multiplication, phenomena      450
Multistability      26 553
Mutual differential resistance      408
n-GaAs      38 42 94 132 150 172 177 216 223 232 235 252 380 386 469
n-Ge      270
n-InSb      233 380
N-shaped, J-E characteristic      210
N-shaped, negative differential conductivity      30 539
N-shaped, negative differential conductivity, voltage-controlled      42
N-shaped, negative differential resistance      349
N-shaped, velocity-field characteristic      53
n-type, GaAs      322 376 426
n-type, Ge      348
n-type, Si      233
Narrow-gap semiconductor      55
Natural frequency      14 396 406 468
Natural frequency, unperturbed      337
Navier — Stokes equation      23
Nearby points      184
Nearby trajectories      12
Negative differential, current      31 162 384 542
Negative differential, mobility      85 391 412
Negative differential, resistance      42 110 232 175 365 381 453 483
Neumann boundary condition      449 519
Neumann boundary condition, homogeneous      448 459
Neural network      239
Neural network, model      246
Neurodynamics      239
neuron      239
Newton’s classical mechanics      22
NNDC      31 42 125 506 539
Noise-induced intermittency      353 358
Non-Markov process      244
Nonautonomous system      13 14 19 152 293
Nondegenerate semiconductor      34
Nonequilibrium phase transition      13 22 27 30 42 65 204 210 385
Nonlinear, carrier transport      221
Nonlinear, circuits      14
Nonlinear, currents      14
Nonlinear, dynamical system      21
Nonlinear, generation-recombination rates      381
Nonlinear, strength      339
Nucleation process      488
Nyquist theorem      377
Octave cascade      179
OGY method      527
One-level impact-ionization, avalanche      167
One-level impact-ionization, model      104 116 177 388 517
One-parameter family      140
Onset of chaos      229 334—335 341
Optical absorption      469
Order parameters      2 156 388
Ordinary, chaos      231
Ordinary, differential equations      111 161 167 318
Oscillatory, behavior      411
Oscillatory, instability      384
Oscillistor      221
Ott, Grebogi and Yorke method      see “OGY method”
p-Ge      38 132 230 348 380
p-i-n diode      234 469
p-n junction      16
p-type Ge      194 196 228 322 335 426
Parameter space      163
Partial, differential equations      12
Partial, wave scattering method      93
Partition function      330 332 369
Pattern, dynamics      506 521
Pattern, formations      417
PDR      381
Pendulum      137
Percival’s empirical formula      99
Perfect delay      143 146 153
Period 1 cycle      4
Period 2 cycle      5
Period 3 chaotic band      366
Period 4 cycle      5
Period adding bifurcation      394
Period doubling      19 21 65 155 187 208 234 281 326 333 393 398
Period doubling, bifurcation      2 22 57 65 179 185 195 225 252 274—275 354 382 396 466
Period doubling, bifurcation, to chaos      63 463
Period doubling, cascade      203 248 401 460
Period doubling, point      296
Period doubling, route to chaos      23 520
Period doubling, sequence      376
Periodic, attractor      358
Periodic, boundary conditions      424
Periodic, chaos      248 277
Periodic, driving force      12
Periodic, windows      5 191 249
Periodic/chaotic bifurcation sequence      207 234
Periodically driven, chaos      225 282 316 323 353
Periodically driven, chaos, system      376
Periodically driven, current filament      488
Periodically driven, instability      216
Periodically driven, regime      173
Periodically driven, systems      368
Phase, boundary      282
Phase, diagram      268
Phase, locking      223 266 289
Phase, portraits      14 79 122 214 252 270 378
Phase, space      14 16 164 167 177 316
Phase, space, diffusion      15
Phase, space, trajectories      19 61 467 506
Phase, space, volume      324
Phase-locked states      267
Phonon scattering      37
Photocurrent      237 471
Photocurrent, noise      237
Photoillumination      241
Photoluminescence, quench patterns      487
Photoluminescence, quenching      469 483 485
piezoelectric scattering      37
Pitchfork bifurcations      189
Planar-type ohmic contacts      235 404
Plane current filament      396 404
Plasma instabilities      42
Pocket      390
Pocket, structure      148
Poincare, map      175 177 197
Poincare, section      293 324 331 335 350 379
Poincare, section, plots      362 367
Poincare, section, surface of      175 180 185 253 277 279
Poincare, solenoid      180
Poincare, surface of a section      20—21 527
Point attractor      355
Poisson equation      60 88 428 541
Polar optical phonon scattering      37
Polygon mirror      485
Pomeau — Manneville scenario      175 191
Positive, differential conductivity      380 382
Positive, entropy      11
Postbreakdown regime      171 178 207 228 274 349 365 376 379 483
Potential, density      116
Potential, function      18 137
Potential, probe, method      469
Potential, probe, technique      126
Power law      308
Prebreakdown regime      67 226 235 271 430 487
Precursor      459
Probability, density      8
Probability, distribution      295 297
Probability, measure      311
Pulsating localized current filament      456
q-phase transition      368 372
Quantum, well      542
Quantum, wires      544
Quantum-confined Stark effect      552
Quasi-periodic, motion      296
Quasi-periodic, orbit      19
Quasi-periodic, oscillations      229
Quasi-periodic, regimes      481
Quasi-periodic, route to chaos      22 251
Quasi-periodic, sea      63 285 482
Quasi-periodic, state      232
Quasi-periodicity      344
Quasi-point contacts      484
Quasi-Ruelle — Takens — Newhouse scenario      171
Quasi-static behavior      173
Quenched domain mode      55—56
Random, fluctuating force      241 246 400
Random, kicks      402
Random, neural networks      240
Rational, number      273 481
Rational, winding number      338 340
Rayleigh — Benard, convection      23 335 347
Rayleigh — Benard, convection, thermal      277
Rayleigh — Benard, experiment      315
Rayleigh — Benard, system      347
Reaction-diffusion equations      507 509 511
Real space transfer      540 544
Real space transfer, device      50
Real space transfer, oscillator      539
Recombination, current      446
Recombination, instability      42
Recombination, radiation      469
Refractory, effect      244
Refractory, period      243
Refractory, region      459
Reinjective switching      199 282 297 354 365
Relaxation, semiconductor      388
Relaxation, time approximation      40
Renormalization group      341
Renormalization group, methods      347
Renormalization group, theory      3 187
Repeller      141
Repeller, mechanism      459
Residence time      295
Resistively shunted junction      353
Resonant tunneling      559
Resonant tunneling, transport      523
Response, frequency      339
Response, system      525
Restoring forces      14 16
Return map      195
Reverse mapping      7 9—10
Reversible switching      118 125
RHW mechanism      42
Rocking, localized current filament      455—456
Rocking, motion      456 468
Roessler, attractor      183 523
Roessler, chaos      313
Roessler, equations      323 324
Roessler, hyperchaos      323
Roessler, system      525
Rotation number      283 285
Round-off errors      10
Rudimentary filament      437 441—442 491
Ruelle — Takens — Newhouse scenario      175 282 471 481
Runge — Kutta — Gill method      122 166 248
S-shaped, characteristic      137 444 451
S-shaped, characteristic, J-E      116 210 381
S-shaped, characteristic, n-E characteristic      74 512
S-shaped, current-field characteristic      109
S-shaped, curve      162 213 282
S-shaped, negative differential conductivity      30 65—66 69 73 85 104 115 384 422 430 506
Saddle focus      293
Saddle, bifurcation      194 289
Saddle, node points      289
Saddle, orbit      180
Saddle, point      14 16 164 296 528
Sarkovskii’s theorem      209
Saturation current densities      446
Scaling behavior      296
Scanning, electron microscope      255 468
Scanning, laser microscopy      126 132 437 469 471 488 495
Scanning, manipulator      485
Scanning, microscope      255
Schockley diode      447
Schokley’s formula      104
Schottky gate      404
Screened, acoustic deformation potential scattering      38
Screened, Coulomb potential      87—88
Screening, effect      85 391 512
Screening, electron-phonon interactions      72
Screening, model      73 85 104
Screw-shaped helical density wave      348
Second-order, Lax — Wendroff method      60
Second-order, phase transition      22 30
Selective excitation      237
Self-generated oscillation      261 382 410 545
Self-generated oscillation, current      406
Self-generated oscillation, plasma      222
Self-organization      126 230 470
Self-scattering process      46
Self-similar, staircase      340
Self-similar, structure      175 183 354
Self-similarity      272
Self-sustained oscillation      168 175 471
Self-sustained oscillation, chaotic      470
Self-sustained oscillation, relaxation      214
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