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Rammer J. — Quantum transport theory
Rammer J. — Quantum transport theory

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Название: Quantum transport theory

Автор: Rammer J.

Аннотация:

Quantum Transport Theory is a comprehensive account of recent achievements in the understanding of disordered conductors. In addition to detailing the density matrix description of nonequilibrium statistical mechanics, Professor Rammer deals with topics that are new to the field of condensed matter physics, such as: weak localization, destruction of electronic phase coherence in disordered conductors, electron-electron and electron-phonon interactions in dirty metals, scaling theory of localization, the self-consistent theory of localization, and mesoscopic physics. The diagrammatic technique for systems out of equilibrium is developed systematically, and used to study quantum kinetic equations and linear response theory.


Язык: en

Рубрика: Физика/Физика твёрдого тела/Приложения/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1998

Количество страниц: 520

Добавлена в каталог: 27.09.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
action      7
Adjoint operator      38
Aharonov — Bohm effect      462
Analytical properties of the free propagator      113
Anderson localization      375
Annihilation operator      399
Anticommutator      68
Antilinear operator      491
Antitime-ordering      96
Antiunitary operator      491
Axial vector      118
Baker — Hausdorff formula      69
Bohr radius      389
Boltzmann conductivity      329 352
Boltzmann diagrams      261 408 412
Boltzmann equation      185 260 407
Boltzmann propagator      221 444
Boltzmannian motion      220
Boltzmannian motion, path of      221
Born approximation      114 139
Born criterion      149
Bose — Einstein distribution function      245
Brilloum zone      397
Brownian motion      222 336
Bubble diagram      325
Canonical commutation relation      20 56 58
Canonical quantization      20 62
Canonical statistical operator      72
Characteristic equation      37
Characteristic function      37
Closed time-path      242
Coherent backscattering      359 362
Collision rate      419
Commutator      20 48
Compatible properties      28
Complementarity      18
Complementary logics      81
Complementary properties      44 48
Complete description      28
Complex conjugation operator      492
Compound histories      79
Compressibility      307
Conditional probability amplitude      3
Conductance      289
Conductance, fluctuations      472
Conductance, tensor      290
Conductivity diagrams      323 353
Conductivity tensor      288
Consistency condition      78 485 486
Consistent families of histories      79
Continuity equation      68 187 223 232 330
continuum limit      56
Cooperon      354 356 423
Cooperon, equation      430
Creation operator      399
Critical disorder      373
Critical opalescence      309
Current correlation function      295
Current density      207 232
Current density, operator      68
Current response function      281 288
Current vertex      282 285 324
Cyclotron frequency      73 213
de Broglie wavelength      18 186
Debye frequency      402
Debye model      398 410
Debye temperature      403
Decoherence      85
Deformation potential      405 442
Density, correlation function      331 418
Density, matrix      71 123
Density, matrix propagator      125
Density, operator      68
Density, response      271
Density, response function      271 275 320
Diamagnetic current      279
Dielectric function      382
Differential cross section      115
Diffusion      336
Diffusion, approximation      222
Diffusion, constant      222 334
Diffusion, equation      225
Diffusion, pole      334 335
Diffusion, propagator      222 225 335 336
Diffusivity      344
Diffuson      334 336 428
Dirac sequence      487
Dirac's delta function      17 57 487
Displacement field      396 442
Displacement field, operator      400 404
Dissipation      295
Distribution function      71
Drude, conductivity      326
Drude, theory      188 190
Dual, space      15 38
Dual, vector      15 33
Dynamic structure factor      304
Effective interaction      386
Effective interaction, electron-electron      385
Eigenstate      19
Eigenvalue      19 36
Eigenvalue, equation      16 19
Eigenvector      36
Einstein relation      345
Electric field fluctuations      298
Electron-phonon interaction      405 442
Elementary histories      76
Energy      21
Energy, current      208
Energy, operator      21 58 66
Energy, relaxation rate      419 420
Energy, representation      230
Equal-time two-line irreducibility      164
Equipartition      402
Euclidean action      89 336
Evolution operator      22
Excitation vertex      325
expectation value      42
Family of histories      75
Family of histories, complete      77
Fermi's golden rule      114
Fermi, energy      201
Fermi, function      201 209 276
Fermi, momentum      148
Fermi, surface      147 148
Fermi, temperature      201
Fermi, wave vector      201
Fermi, wavelength      352
Fluctuation-dissipation theorem      297 418
Flux quantum      459
Four-point vertex      314
Free energy      7r2
Free particle, density of states      113
Free particle, propagator      92
Frequency dependent conductivity      212
Friction term      190
Friedel oscillations      390
Gauge invariance      283
Gauge transformation      283
Gaussian average      154
Gaussian wave packet      173
Generator      40
Green's function      88
Green's operators      91 110
Group velocity      176
Hamilton's function      480
Hamilton's principle      8 396
Hamiltonian      2 20 66
Hartree approximation      380
Heat bath      234
Heat bath, correlation function      239
Heat, current      217
Heat, equation      220
Heisenberg picture      65
Hermitian operator      21 39
history      74 486
History lattice      76
History, primitive      75
Idernpotent      26
Imaginary-time propagator      89 92
Impurity correlator      154
Impurity mean free path      146
Impurity potential      129
Impurity-averaged density      312
Impurity-averaged density matrix      155 162
Impurity-averaged density-matrix propagator      155
Impurity-averaged propagator      132 146
Impurity-dressed current vertex      323
Incompatible properties      28
Inelastic differential cross section      302
Inelastic scattering rate      441
Interaction picture      97
Intracollisional field effect      259
Inverse propagator      264
Inversion operator      119
Irreducible density matrix propagator      167
Irreducible four-point vertex      315
Irreducible reduced density matrix propagator      256
Isotropic model      209 406
Jellium model      378
Johnson noise      298
Joule heating      192 295
Kinematic momentum operator      279
Kinetic approach      159
Kinetic propagator      265 437
Kramers — Kronig relations      110
Kronecker function      14 27
Ladder diagrams      332
Ladder insertion      326
Lagrange's function      10 481
Lagrangian      7
Landau criterion      187 330
Landau gauge      456
Larmor radius      483
Linear chain      397
Linear response      269
Liouville's equation      176
Lippmann — Schwinger equation      116
Local density of states      112
localization      349
Localization, criterion      371
Localization, length      351 360 371
Lorentz force      179
Magnetic field      178
Magnetic length      430 457
Magnetic-impurity scattering      464
Magneto-fingerprint      476
Markovian process      336
Master equation      293
Matrix, elements      35
Matrix, representation      35
Maximally crossed diagrams      353
Maximally incompatible      48
Maxwell — Boltzmann distribution      262 407
mean field      379
Mean impurity concentration      130
Measurement      24 25
Measurement algebra      31
Measuring vertex      325
Mesoscopic fluctuations      130 472
Mesoscoplc sample      468
Metal-insulator transition      349
Midpoint rule      13
Mixture of states      70
Mobility      191
Mobility, tensor      191
Momentum      11
Momentum, operator      19 58
Momentum, relaxation time      145 147
Multiple scattering      136 151
Multiplication law      31
Multiplication operator      16
N-fermion density matrix      198 202
Neutron scattering      302
Normal coordinates      394
Normal mode operators      394 399
Normal operator      39
Number operator      197 199 229
Number representation      230
Nyquist noise      298
Ohm's law      212
One-fermion density matrix      198 207
One-parameter scaling theory      350
One-particle irreducible      140
Operators      30
Pair correlation function      307
Paramagnetic current      279
Parity      119
Particle-hole excitations      386
Partition function      72 88 234
path integral      7 480
Pauli matrices      49 122
Pauli's exclusion principle      194
Pauli's master equation      188
Peierls transition      393
Perturbation theory      93
Phase coherence length      441 442
Phase relaxation, rate      420
Phase relaxation, time      441
Phase space function      169
Phase transformation      35 283
Phase-breaking rate      411 441 445-447 452
Phonon field operator      405
Phonons      394 400 405
Plasma, frequency      387
Plasma, oscillation      387
Polar vectors      118
Polarization      386
Position, eigenfunction      16
Position, operator      16 18
Position, representation      15
Probability amplitude      1 2
Projection operator      33
Propagator      6 22 23 88
Propagator, advanced      91
Propagator, in a constant field      482
Propagator, in a magnetic field      483
Propagator, retarded      90
Property symbol      24
Pseudo-vector      118
Pure gauge transformation      35
Pure state      70
Quantum dynamics      1 24
Quantum kinematics      1 24
Quantum kinetic equation      168 267
Quantum logic      81
Quantum numbers      25
Quantum of action      7 9
Quasi-classical propagator      8
Quasiparticles      405
Random phase approximation      383
Random potential      131
Ray      35
Reduced density matrix      231 235
Reduced density matrix, propagator      235 253
Reduced statistical operator      230
Reflection operator      118
Relaxation time      408 413
Residual resistance      129 208
Resistance      212 289 295
1 2
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