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Ketterson J.B., Song S. — Superconductivity
Ketterson J.B., Song S. — Superconductivity

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Название: Superconductivity

Авторы: Ketterson J.B., Song S.

Аннотация:

This is a text on the subject of superconductivity, an area of intense research activity worldwide. The book is in three parts: the first deals with phenomenological aspects of superconductivity, the second with the microscopic theory of uniform superconductors; and the third with the microscopic theory of nonuniform superconductors. This text will be of great interest to graduate students taking courses in superconductivity, superfluidity, many-body theory, and quantum liquids. It will also be of value to research workers in the field of superconductivity.


Язык: en

Рубрика: Физика/Физика твёрдого тела/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1999

Количество страниц: 497

Добавлена в каталог: 13.09.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
$H_{c1}$      see "Lower critical field"
$H_{c2}$      see "Upper critical field"
$H_{c3}$      see "Surface superconductivity"
Alloy superconductor      1
Andreev scattering      355 434
Anomalous (pair) distribution function      286 395 426 434
Anomalous (pair) distribution function, singlet form      287 395
Anomalous (pair) distribution function, triplet form      287 395 404
BCs      199ff
BCS, energy gap      204 206 214
BCS, gap equation      205 213 387 403 405
BCS, ground-state energy      206
BCS, Hamiltonian      203
BCS, singlet-triplet separation      389ff
BCS, wavefunction      200
Bean model      120
Bean — Livingston barrier      117
Bethe — Goldstone equation      196
Bitter pattern      112
Bogoliubov equations      257ff 260
Bogoliubov equations in an unconventional superfluid      380ff 382
Bogoliubov equations, imaginary time      437
Bogoliubov equations, spin-generalized      285
Bogoliubov equations, time-dependent      369 423
Bogoliubov — Valatin transformation      208ff
Bogoliubov — Valatin transformation in nonuniform superconductor      259 284 369 421
Boltzmann equation      187 254 429 434
Bose condensation      3
Bound state energy      197 206
boundary conditions      34 36ff 40 298ff 303 440
Clean limit      272
Clogston — Chandrasekhar limit      289 291
Coherence factor      246
Coherence length, G-L      32
Coherence length, Pippard/BCS, clean limit      8 198
Coherence length, Pippard/BCS, general case      9
Collective modes in $^{3}He$ B      173 414
Collective modes in E-state superfluid      177
Collective modes in Fermi liquid      187ff 412
Collective modes in two-band superconductor      244
Collective modes, microscopic theory of      406ff
Collision integral      187 251ff 430
Commutation relations      200 210 211 258 259 462 464 466 467
Completeness relations      261 285 464
Complex conjugation operator      268 269
Compressibility sum rule      183
Cooper pair      195ff
Correlation function      268 272ff 288 372
Correlation function in magnetic field      270 279
Correlation function, clean limit      273
Correlation function, dirty limit      273
Correlation function, general case      275
Correlation function, unnormalized      299
Coulomb pseudopotential      242
Coulomb repulsion      240ff
Critical field, temperature dependence of      3
Critical state model      120
Current density      5 8 35 264 330 336 339 341 433 356
d-state pairing      157 236
Density matrix      286 393 422 425 434
Density of states in gapless superconductor      296
Density of states, superconductor      219 227 247
Diamagentism      1
Diamagentism of a superconducting Fermi gas      338ff
Diamagentism, BCS theory of      335ff
Diamagentism, London theory of      5ff
Diamagentism, Pippard theory of      8ff
diamagnetic susceptibility      338
Diamagnetic susceptibility for superconducting Fermi gas      341
Diamagnetic susceptibility from Chamber's method      347 377
Diamagnetic susceptibility, relation to electrical conductivity      346
Diamagnetic susceptibility, time-dependent      377
Diffusion constant      275 456
Dirty superconductors      298 373ff 377ff 443ff
Distribution function      181 183 286 393 426 434
Distribution function, kinetic equation for      187 191 404
domains      15
effective mass      182 202
Effective mass sum rule      184
Eilenberger equations      435 453
Electron-electron scattering      251
Electron-phonon interaction      196 230ff
Electron-phonon scattering      252
Energy gap      204 206 214 see
Energy gap in A phase of $^{3}He$      400
Energy gap in B phase of $^{3}He$      400
Energy gap, singlet form      389
Energy gap, singlet-triplet separation      389
Energy gap, triplet form      390 397
Entropy of a Fermi system      182 213
Entropy, change of in a magnetic field      14
Entropy, rate of generation      141
Fiske steps      100
Fluctuations      144ff
Fluctuations in conductivity      146
Fluctuations in diamagnetic susceptibility      146
Fluctuations, Ginzburg criteria for      114
Flux creep      131 133
Flux flow      133
Flux lattice      24 111 see
Flux lattice, behavior near $H_{c2}$      52ff
Flux lattice, elastic theory of      123
Flux lattice, energy of in mixed phase      28
Flux lattice, free energy of near $H_{c2}$      56
Flux lattice, line density      24 112
Flux lattice, neutron diffraction from      30
Flux lattice, nmr line width of      30
Flux lattice, probes of      29
Flux lattice, symmetry of      58
Flux line, density      24 112
Flux line, equation of motion of      118
Flux line, pinning forces on      115
Flux pinning      110ff
Flux pinning, collective pinning model      127
Flux quantization      20
Flux quantum      20
Fulde — Ferrell state      293ff
Galilean invariance      183
gap equation      205 206 213 403 405 426 433 450 456
Gap function      204 205 213 240ff 243ff 387ff 395 426 442 456 see
Gap function, A phase $^{3}He$      405
Gap function, B phase $^{3}He$      403
Gap function, singlet form      392 396
Gap function, triplet form      390 396 397
Gapless superconductivity      295ff
Gauge invariance      35 332ff
Gibbs free energy      12 24
Gibbs free energy and the mixed phase      26
Ginzburg criterion      144
Ginzburg — Landau (G-L) theory      31ff
Ginzburg — Landau (G-L) theory and collective modes      112ff
Ginzburg — Landau (G-L) theory for $^{3}He$      163
Ginzburg — Landau (G-L) theory for an E-state superfluid      168
Ginzburg — Landau (G-L) theory for d-paired superfluid      168
Ginzburg — Landau (G-L) theory for unconventional superconductors      152ff
Ginzburg — Landau (G-L) theory, boundary conditions      36 40
Ginzburg — Landau (G-L) theory, coherence length      32
Ginzburg — Landau (G-L) theory, coupling energy      93
Ginzburg — Landau (G-L) theory, first G-L equation      34 326
Ginzburg — Landau (G-L) theory, free energy      34
Ginzburg — Landau (G-L) theory, gauge invariance      35
Ginzburg — Landau (G-L) theory, gradient term, derivation in clean limit      327
Ginzburg — Landau (G-L) theory, gradient term, derivation in dirty limit      328
Ginzburg — Landau (G-L) theory, gradient term, general case      329
Ginzburg — Landau (G-L) theory, granular superconductors      91ff
Ginzburg — Landau (G-L) theory, Hamiltonian for      92
Ginzburg — Landau (G-L) theory, London penetration depth      37
Ginzburg — Landau (G-L) theory, microscopic derivation of      326ff 451ff
Ginzburg — Landau (G-L) theory, order parameter      31
Ginzburg — Landau (G-L) theory, parameters      37
Ginzburg — Landau (G-L) theory, second G-L equation      35 330
Ginzburg — Landau (G-L) theory, surface tension      37
Ginzburg — Landau (G-L) theory, time-dependent      140
Ginzburg — Landau (G-L) theory, tunneling      59
Gorkov's equations      424 439
Green's functions      421ff
Green's functions and Bogoliubov's equations      421
Green's functions for dirty normal metal      446
Green's functions for dirty superconductor      448
Green's functions for Fermi gas      425
Green's functions for superfluid Fermi gas      425 442
Green's functions, advanced      430 440
Green's functions, anomalous      422
Green's functions, equations of motion for      423 427
Green's functions, Fourier transform of      424 441 449
Green's functions, Keldysh      430
Green's functions, quasiclassical      426ff 430ff
Green's functions, retarded      430 441
Green's functions, temperature (Matsubara)      437
Hartree — Fock — Gorkov factorization      258 284 369 384 422
Helmholz free energy      12 31 213 215 262 264
Intermediate state      15
Intermediate state, thermal conductivity in      359
Intermetallic compound      1
Irreversible superconductors      110
Josephson effects      59ff
Josephson effects, current-phase equation      60
Josephson effects, effect of rf field      66
Josephson effects, frequency potential equation      61
Josephson effects, interferrometer      61
Josephson effects, lattice, 1D      77
Josephson effects, plasma frequency      100
Josephson effects, RSJ model      66
Josephson juncition      59
Josephson juncition, extended      64
Josephson juncition, wave propagation in      95ff
Josephson transmission line      108
Keldysh formalism      430
Kinetic equation      187 192 429
Klein — Gordon equation      100
Kulik equation      95
Landau Fermi liquid      180ff
Landau interaction function      182 186 386 388 394
Landau — Khalatnikov relaxation      141
Latent heat      14
Lawrence — Doniach (L-D) model      77
Lawrence — Doniach (L-D) model, microscopic theory of      314
Lawrence — Doniach (L-D) model, vortex structue in      85
Linearized self-consistency condition      265 266 267 270ff 277ff 288 371 457
Linearized self-consistency condition, clean limit at zero field      282
Linearized self-consistency condition, dirty limit at finite field      279
Linearized self-consistency condition, dirty limit at zero field      277
Linearized self-consistency condition, relation to correlation function      268
Linearized self-consistency condition, time-dependent      370—373
London depth      8
London gauge      8
London — London equation      5 9
London — London equation in presence of vortex      21
London — London equation, anisotropic      45 82
Lorentz force      113
Lower critical field      25
Magnetization curve      12
Magnetization, Bean model of      120
Magnetization, irreversibility of      110
Magnetization, relaxation of with time      134
Mathematical symbols, list of      438ff
Matsubara frequencies      440
Matsubara time      437
Mean potential      258 263 384ff 386
Meissner phase      25
Meissner — Ochsenfeld effect      1
Microwave conductivity      378
Mixed phase      25
Nambu — Gorkov equations      424 439
Nonequilibrium superconductivity      251ff
Nuclear spin relaxation      248
Occupation number representation      458ff
Occupation number representation, Bose case      461
Occupation number representation, Fermi case      465
Order parameter effect of, crystal field      158
Order parameter effect of, G-L model      31
Order parameter effect of, inhomogenities in      33 171
Order parameter effect of, of $^{3}He$      154
Order parameter effect of, of d-paired superfluid      157
Order parameter effect of, relaxation of      141
Order parameter effect of, spin of bit coupling      158
Orthonormality relations      261 285 389
p-state pairing      154 397
Pair amplitude      288 305 426
Pair potential      258 263 284 380ff 384ff
Pair wavefunction      195 199
Pair wavefunction and fluctuations      201
Pair wavefunction, BCS      200
Pair wavefunction, calculations involving      467
Pair wavefunction, mean radius of      197
Pairing interaction      196 205 213 258 388 403 405
Pairing operators      467
Paramagnetic impurities, effect on $T_{c}$      291 292
Pauli paramagnetic limit      289 291
Penetration depth      7
Penetration depth, Ginzburg — Landau theory of      37
Penetration depth, London theory of      5ff
Penetration depth, microscopic theory of      341ff
Penetration depth, Pippard theory of      8ff
Perfect conductor      2
Perturbation theory and collective modes      406
Perturbation theory for Green's functions      444 448 451
Perturbation theory in the gap      65ff 371 451 470ff
Perturbation theory in the vector potential      332ff 374ff
Perturbation theory, time-dependent      217 245ff 223 370 374 406ff
Phase diagram of high $T_{c}$ superconductor      137
Phase diagram of Type I superconductor      25
Phase diagram of Type II superconductor      25
Phase transition      1
Pinning centers      115
Pinning force, core interaction      116
Pinning force, G-L theory of      115
Pinning force, surface barrier      117
Pippard's equation, clean limit      9
Pippard's equation, general case      10
Proximity effect, at zero field      304ff
Proximity effect, at zero field, general ID case      307ff
Proximity effect, at zero field, governing equations      304
Proximity effect, at zero field, thin film (Cooper — deGennes) limit      306
Proximity effect, at zero field, thin film on semi infinite normal metal      312
Proximity effect, in a magnetic field      316ff
Proximity effect, in a magnetic field, governing equations      316
Proximity effect, in a magnetic field, numerical results      321ff
Quasiclassical case      350ff
Quasiclassical case for Bogoliubov equations      353
Quasiclassical case for Schrodinger equation      350
Quasiclassical case, Andreev equations      355
Quasiclassical case, Eilenberger equations      434ff
Quasiclassical case, Green functions for      436ff
Quasiclassical equations of motion      429 435
Quasiparticles      182 202
Resistively shunted junction (RSJ) model      66
Rothwarf — Taylor equations      255
Scattering time      446 455 see
Second quantization      see "Occupation number reprsentation"
Self-consistency conditions      263 370 383 384
Shapiro steps      65
Sine-Gordon equation      100 107
Singlet pairing      154 157 195 235 389
Specific heat, BCS expression of      215
Specific heat, behavior of for tin      3
Specific heat, discontinuity of      14
Spin fluctuation interaction      234ff
Spin hamiltonian      289
Spin polarization function      192 287
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