Bennemann K.H., Ketterson J.B. Superconductivity: Volume 1: Conventional and Unconventional Superconductors; Volume 2: Novel Superconductors

Подождите немного. Документ загружается.

Subject Index 1565

– isotope effect in Pb 75

–La

CuO

–La

2−x

CuO

4+ı

768

–La

2−x

CuO

9,769

– layered 385,538

– – Cuprates, Ruthenates 717

– – ﬂuctuation conductivity 401

– – paraconductivity 405

– magnetic field induced 657,710

– magnetization 795,821

–MgB

13,23,765,767,774,778,818, 820,822,834

–Nd

2−x

CuO

848

– noncentrosymmetric 678

– non-cuprate high-T

813

– order parameter 208

– organic 13,146,518,703,705,712,716, 862

– oxygen octa-hedra in La

2−x

CuO

769

– paramagnetic

– – gapless regime 217

–Pb 99

– PdH-systems 18

– perovskites 75,766

– quantum dots 24

– slab 471

– spin-mediated 1374

–Sr

RuO

– strontium titanate (SrTiO

)

–– perovskite 77

– structure dependence 23

– sulfur 147

– ternary compounds 769

– thermodynamic properties 57

– transition of BaPb

1−x

775

– transition temperature 10,727,776,1035

–triplet 21

– two-ﬂuid model 1105

– type I 5,6,45,46,121,395,396,1105

– type II 5,15,45,46,51,121,396,465,666,1105

– unconventional 720,802,803

–UPt

–YBa

6+ı

776,777,860

–YBa

771

–YBa

CuO

7−ı

770

– YBCO-123 771

– ZrZn

superconductor 225

– antiferromagnetic 180

– bulk magnetic 188

– d

−y

-wave 229,244

– ferromagnetic 169

– heavy fermion 168

– high-temperature 226

– magnetic 183

– s-wave 234

– ternary 170

superconductor-ferromagnet-superconductor

-junction 194

superconductor/ferromagnetic

heterostructure 189

superconductor-metal bilayer 309

supercurrent 310,460

superﬂuid 474,1518

–

He 465,1032,1057,1125,1520, 1526,1527,

1534

– density 5,28,390,392, 472,731,1117,1263,

1441,1476

– ﬂuctuation correction 392

– velocity 1445

superlattice 937

– Bi2212 935

surface barrier 610,611

– Bean–Livingston 610

– creep 612

– ﬂux front 611

– image vortex 611

– magnetization 611

– pinning and creep 610

surface energy 42,45

symmetry 1531

– crystal 503,564

– d-wave 11,501,503,505,509,513801

– gauge 564

– particle-hole 510

– s-wave 7,8,11

– time reversal breaking 218

enhancement 276

t-J model 151

T-matrix 231,1068

TCNQ 1157

Thallium-Lead alloy 93

theory

1566 Subject Index

– Abrikosov–Gor’kov 432

– Anderson 208

– Bardeen–Cooper–Schrieffer (BCS) 5,32,54,58,

76,77,85,109,125,202,370,411,801, 1350

– – critical temperature 410,413

– – order parameter 114

– – pairing formalism 66,76

– BCS 1031,1032

– Berezinskii–Kosterlitz–Thouless 392,395,

1444,1473,1479,1509

– collective pinning theory 500,567

– continuum

– – anisotropic 501

– – elastic 500,501

– – isotropic 514

– dynamical mean-field 151

– Eliashberg 11,74,85,109,111,125,836, 1363,1367

– Euclidean action 512,518,592

– Fermi liquid 57,74,77,78,86

– ﬂuctuation-dissipation theorem 397

– functional renormalizationgroup theory 577,584

– Ginzburg–Landau 5,16,38,39,41,121,273, 370,496,

501,502,533,1444

– – ﬂuctuations in transport phenomena 396

– Josephson tunneling 5

– Landau phase transition 39,371,380

– Landau theory of superﬂuidity 28,31

– Lawrence–Doniach model 501,518,519

– London theory 5,501,504,519,533

– McMillan 1356

– Migdal 81,816,1358,1363,1364

– Migdal–Eliashberg 148,839,842,844

–polaron 77

– preformed pairs 512

– self-consistent harmonic approximation 553,554

– Sine–Gordon 559

– tunneling 1446

– variational free energy 555,577

– weak localization 418

thermal

– 3D–XY ﬂuctuations 488

– conductivity 282,308,948,953,969, 1086,

1087,1108,1110,1111

– critical behavior 467

– current 281,291

– diffusion coefficient 308

– ﬂuctuations 488,1045,1047

thermal transport coefficients 448,798,799,805

thermodynamic 36,43,59,1072,1103

– ﬂuctuations 452

thermoelectric effects 282,290,305,447,665,

1085,1086

thin superconducting film 179,371,487

Thomas-Fermi wave vector 75

Thouless

– expression 270

– length 307

tight-binding description 936,945

tilt modulus

– anisotropic 516

– isotropic 514

time reversal symmetry 14

time–dependent Heisenberg

representation 28,62

TmRh

652

TMTSF 696,1158,1183

– (TMTSF)

X salts 698

topological vortex lattice melting 553

transformation

– granular to amorphous 261

transition

– metal to insulator 261,270,275

– temperature 274,474,476,676

transition metals

– ferromagnetic 4

transport 1081,1108

–alongc-axis 502

– collision time 214

– relaxation time 508

– transverse ﬂuctuation conductivity 422,

426,428

triplet

– p-wave states 1057

– Cooper-pairing 1040,1053,1055,1057,1058,

1060,1062,1066,1110,1124,1129,1132,1254

TTF 1157,1158

tunnel current 22,841,1118

– effect of ﬂuctuations 441

tunneling 21,77,98,123,146,263,267,841,978,

1118,1119

– conductance 855,862

– conductance for MgB

864

Subject Index 1567

– density of states 5

– geometry 838

– matrix element 841

– normalized conductance 849

– PCT conductance 850

– proximity effect 845,846

– resonant 840

– SIN conductance 851,1379,,1383–1385,1387

– SIS 1380,1384,1396,1397

– spectroscopy 833,834,844,1422,1481

– spin-polarized 22

twin boundaries 500,609

two-electron instability 75

two-particle density matrix 1519

type-II superconductivity 10,666,708,725

– vortex dynamics 708

PtC

1136

1−x

660,688

UBe

661,1036,1039,1044,1103,1115, 1135

ultra-violet divergence 430

ultrasonic attenuation 129,1036,1088,1112

umklapp scattering 1246,1526

uncertainty principle 21,371

unconventional superconductivity 720,741,802,1056

underdoped and overdoped material 787

UNi

1136

uniform superconducting gas 62

unit cell of BaBiO

768

unitary states 1057

universality 466,471,483,1048

UPd

660,667,1039,1136

upper critical field 45,46,372,694,705,1105,

1107,1135

– H

51,121,223,652,666,725,814,815

– dirty alloys 215

UPt

13,660,661,688,690,1032–1034,1037, 1039,

1072,1085,1091,1115,1125,1133,1134

URhGe 659,1039,1139

URu

682,1039,1079,1136

Usadel equation 22,223,297,303,304

vacancies 557

– core energy 559

valence ﬂuctuations 663

validity criterion of GL 42

van der Waals 566,622,1159,1160

van–Hove singularities 1118

vector pairing function 1055

vector potential 5,33,35,214,290,395, 466,

467,502

velocity circulation 30

vertex correction 210,929,953,1050,1052,1129,

1364,1394,1431,1442

vertex part 210,415

vibrational modes 226,233

Viscosity 28

viscous drag 509

– Abrikosov vortex 508

– Josephson vortex 522

voltage characteristics 801

volume fraction 262

vortex 496,508,795

– Abrikosov vortex 505,520,521

– charge 510

– depinning 497

– excitations 740

– ﬂuid transition 462,464,483

– form factor 575

– glass 462,483

– – quantum 464,485

–interactions 49

– Josephson 501,520,526,532

– lattice 462,469,483,1106

– lines 47,50

– melting 462,467,470,483

– Pearl solution 522

– – magnetic monopole 522

– phase 15,728

– quantized lines 46

– solid 462

–triangularlattice 51

– unstable 530

– vortex–anti-vortex pair 525

vortex excitations 540

– chain state 516,531,532

– Green functions 517

– long-range order 498

–motion

– – Caldeira–Leggett action 593

1568 Subject Index

wave function 30,32,39,66

– renormalization 1050

weak

–coupling 86

– localization theory 418

– magnetic field 434

– pair-breaking 451

weak coupling

– superconductor 276

weak ferromagnets 175

weak screening 275

weakly coupled grains 269

whiskers 371

Wick’s time ordered product 1064,1127

Wiedemann–Franz relation 1111

Wigner

– distribution function 286

– representation 285

Wilson ratio 663,1034,1071,1075,1096

winding number 564

– critical 466,468,481

– model 1444,1478

– universality 463,467,469

YBCO films 861

Yoshida function 1459,1527

Zeeman 1531

– energy term 215

– splitting 641,1077,1084

zero

– bias conductance 246,1105,1119,1120

– field susceptibility 1123

– point quantum ﬂuctuations 1045

zero–bias anomaly 442

zero-dimensionaldiamagneticsusceptibility 384

zero-energy crossing 236

Zhang–Rice singlet 1430

ZrZn

9,1139