Bok J., Deutscher G., Pavuna D. — The gap symmetry and fluctuations in High-Tc conductors :: Электронная библиотека попечительского совета мехмата МГУ

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Bok J., Deutscher G., Pavuna D. — The gap symmetry and fluctuations in High-Tc conductors

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Название: The gap symmetry and fluctuations in High-Tc conductors

Авторы: Bok J., Deutscher G., Pavuna D.

Аннотация:

The gap symmetry and fluctuations in High-Tc conductors

Язык:

Рубрика: Физика/Физика твёрдого тела/Приложения/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1998

Количество страниц: 560

Добавлена в каталог: 27.07.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

$BaKBiO_{3}$       144
$BaKBiO_{3}$       144
$CuO_{2}$ plane      5 8
$CuO_{2}$ plane      5 8
$La_{2-x}Ba_{x}CuO_{4}$       12
$La_{2-x}Ba_{x}CuO_{4}$       12
$La_{2-x}Sr_{x}CuO_{4}$       3 146 179 358 444
$La_{2-x}Sr_{x}CuO_{4}$       3 146 179 358 444
$Nb_{3}Ge$       3
$Nb_{3}Sn$       262 264
$Nd_{2-x}Ce_{x}CuO_{4}$       146 283 397 445
$Nd_{2-x}Ce_{x}CuO_{4}$       146 283 397 445
$Sr_{2}CuO_{2}Cl_{2}$       214
$Sr_{2}CuO_{2}Cl_{2}$       214
$Tl_{2}Ba_{2}Ca_{2}Cu_{3}O_{10}$       2 342
$Tl_{2}Ba_{2}Ca_{2}Cu_{3}O_{10}$       2 342
$T_{C}$       see "Transition temperature"
$YBa_{2}Cu_{3}O_{6}$       4 5
$YBa_{2}Cu_{3}O_{7-\delta}$       4 12 92 317 354 388 409 418 433 455 481
$YBa_{2}Cu_{3}O_{7-\delta}$       4 12 92 317 354 388 409 418 433 455 481
A-15 compounds      2
A-15 compounds      2
ab-plane coupling      529
ab-plane coupling      529
Acoustic phonons      68
Acoustic phonons      68
AL      1 3
AL      1 3
Anderson — Morel formula      40
Anderson — Morel formula      40
Andreev reflection      31 439 525
Andreev reflection      31 439 525
Antiferromagnetic s-wave superconductor      326
Antiferromagnetic s-wave superconductor      326
applications      185
applications      185
ARPES      151 197 209 230
ARPES      151 197 209 230
Au-YBCO contacts      33
Au-YBCO contacts      33
BCS model      19 87 209 292 314 374 515
BCS model      19 87 209 292 314 374 515
Bi cuprate      7 12 127 173 177 222 237 263 296 410 426
Bose gas scenario      104
Bose gas scenario      104
c-axis conductivity      489
c-axis conductivity      489
Chemical inhomogeneities      172
Chemical inhomogeneities      172
Chevrel compounds      2 3
Chevrel compounds      2 3
Coherence effect      362
Coherence effect      362
Coherence length      6 11 19 460
Coherent states      86
Coherent states      86
Coulomb repulsion      39 75
Coulomb repulsion      39 75
Critical exponents      454 471
Critical exponents      454 471
Critical temperture      see "Transition temperature ( $T_{c}$ )"
Cryo-coolers      192
Cryo-coolers      192
Cryo-electronics      189
Cryo-electronics      189
Crystal structure      8
Crystal structure      8
Cu-O chain      5 7
Cu-O chain      5 7
Delay lines      187
Delay lines      187
Electron-doped cuprates      145
Electron-doped cuprates      145
Electron-phonon coupling      14
Electron-phonon coupling      14
Electronic phase diagram      6 14 128 147 167 253 350
Electronic phase diagram      6 14 128 147 167 253 350
Electronic structure      209 229
Energy gap      see "Gap"
Energy gap      see "Gap"
Excitation gap      22
Excitation gap      22
Fermi-liquid      11 78 87 112 143
Fermi-surface      116 198 219 258
Fermi-surface      116 198 219 258
Fluctuations      20 291 357 413 447 452 467 480
Fluctuations      20 291 357 413 447 452 467 480
Flux line lattice melting      416
Flux line lattice melting      416
Flux quantization experiments      537
Flux quantization experiments      537
Gap      11 21 24
Gap      11 21 24
Gap anisotropy      21 23 43 153 225 241 303 376
Gap anisotropy      21 23 43 153 225 241 303 376
Gapless excitations      245
Giaever tunneling      28
Giaever tunneling      28
Ginzburg — Landau model      470 491
Ginzburg — Landau model      470 491
Grain boundaries      33 542
Grain boundaries      33 542
Gutzwiller approximation      77
Hall effect      10 81 94 118 135 150
heat capacity      20 47 403 459
heat capacity      20 47 403 459
Heavy electrons      159
Heavy electrons      159
Hg-cuprates      2 298 343 397
Hg-cuprates      2 298 343 397
Hubbard model      74 79 113 321
Hubbard model      74 79 113 321
Hyperfine interaction      316
Hyperfine interaction      316
Impurities      17 25
Impurities      17 25
Incoherent states      86
Incoherent states      86
Inelastic neutron scattering      351
Inelastic neutron scattering      351
Infrared reflectivity      383 387
Irreversibility line      19 20
Irreversibility line      19 20
Isotope effect      64
Josephson coupling      18 483 497 530
Josephson tunneling      61 504 513 517
Knight shift      318 324 333
Knight shift      318 324 333
Labbe — Bok formula      38
Labbe — Bok formula      38
Lawrence — Doniach model      490 493

Lawrence — Doniach model      490 493
Luttinger liquid      201
Magnetic excitations      352
Magnetic excitations      352
magnetic properties      96 101 120
Magnetic scattering      56
Magnetic scattering      56
Magnetoresistance      13 163 474
Magnons      349
Medical applications      191
Medical applications      191
Metal-insulator transition      5 73
Metal-insulator transition      5 73
Microwave techniques      386
Microwave techniques      386
Mixed state      383
Mixed state      383
Mott transition      73 81
Mott transition      73 81
NB      3
NB      3
Nb-Ti      1
Nb-Ti      1
NMR      97 114 124 124 129 164 309 332
NMR      97 114 124 124 129 164 309 332
Non-adiabatic isotope effect      65
Non-adiabatic isotope effect      65
Normal state      15 98 112 132 213 236 266 331 410 503
Normal state      15 98 112 132 213 236 266 331 410 503
NQR      310
NQR      310
Optical conductivity      84 137 377
Organic superconductors      2
Organic superconductors      2
Pair breaking      57
Pair breaking      57
Paraconductivity      456 475
Paraconductivity      456 475
Penetration depth      12 101 165 373 391 499
Penetration depth      12 101 165 373 391 499
Phase separation      178
Phonon-plasmon mechanism      66
Phonon-plasmon mechanism      66
Plasma frequency      268
Plasma frequency      268
Plasma resonance      498
Plasma resonance      498
proximity effect      65
proximity effect      65
Pseudo-gap      6 52 133 221 243 271 364
Pseudo-gap      6 52 133 221 243 271 364
Quasiparticles      16 116 213 521
Quasiparticles      16 116 213 521
Raman spectroscopy      83 249 279 291
Raman spectroscopy      83 249 279 291
resistivity      10 93 136 148 155 162
resistivity      10 93 136 148 155 162
Response function      256 300
Response function      256 300
RSCJ model      496
RSCJ model      496
Saddle point singularity      239
Saddle point singularity      239
Scaling      91
Scaling      91
screening      50
screening      50
SDW instability      126
Sharvin — Andreev contacts      32 439
Sharvin — Andreev contacts      32 439
Si      1
Si      1
Specific heat      20 47 81 160 403 456 478
Spectral density      139
Spectral density      139
Spectral function      219 232
Spectral function      219 232
Spin fluctuations model      111 115
Spin gap      98 338 361
Spin gap      98 338 361
Spin susceptibility      358
Spin susceptibility      358
Spin wave dispersion      350
Spin-lattice relaxation      123 312 319
Spin-lattice relaxation      123 312 319
Spin-spin relaxation      315 326
Spin-spin relaxation      315 326
SQUID microsope      538
SQUID microsope      538
STM      29 423
STM      29 423
Stripe phase      179
Stripe phase      179
Strong coupling      134
Strong coupling      134
Sum rule      234
Sum rule      234
Superfluid density      99
Superfluid density      99
Surface resistance      61
Surface resistance      61
Symmetry of the gap parameter      see "Gap"
Symmetry of the gap parameter      see "Gap"
Thermal expansion effects      381
Thermal expansion effects      381
Transition temperature ( $T_{c}$ )      45 61 103 282 419 463 467
Transition temperature ( $T_{c}$ )      45 61 103 282 419 463 467
Tunneling      26 45 425 500 511
Tunneling      26 45 425 500 511
Twin boundaries      530 539
Twin boundaries      530 539
UB13      162 165
Ultrasound absorption      166
Ultrasound absorption      166
Unconventional superconductivity      161
Unconventional superconductivity      161
Underdoped HTS cuprates      138 243 336
Underdoped HTS cuprates      138 243 336
UPt3      164
UPt3      164
van Hove singularity      37 223 239
van Hove singularity      37 223 239
Vortex core spectroscopy      432
Vortex lattice      434 494
Vortex lattice      434 494
Weak coupling      134
Weak coupling      134
Weak links      26
Weak links      26
Zn substitution      63
Zn substitution      63

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