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

Подождите немного. Документ загружается.

Subject Index 1555

Hurvitz zeta-function 389

hybridization matrix element 1069

hydro-static pressure 1039

hyperfine coupling 671,1090,1128

I-V characteristic 99

imaginary time representation 512,1041

impurities 1064,1175,1524

– concentration 212,219

– crystalline anisotropy 212

– magnetic 1064

– paramagnetic 211,218

– potential 204,219

– random potential correlators 415

– renormalization 440

– scattering 130

– vertices 423

impurity nanostructures 225

in-plane penetration depth 471

incoherent excitations 1044

incommensurate 15

– magnetic peaks 1103

– order 1101

incompressible solid 515

inelastic tunneling 840

inelastic electron tunneling spectroscopy 226

inelastic neutron scattering 669,1096,1098,

1389,1394

instability

– charge density wave 147,152

– Peierls 75

– spin density wave 147

– two-electron 75

insulator transition 263,406

interaction 934

– attractive phonon-induced 1349

– between interstitial-vacancy pair 557

– between pancake vortices 525,553,554,557

– between vortex segments 507,513

– phonon–electron 168

interaction energy 50

interchain single particle tunneling 1256

interdependence of magnetism and superconduc-

tivity 8

interelectronic distances 68

interference pattern 809,810

intergrain

– conductance 263,270

– coupling 268

interlayer

– magnetoresistance 709

– hopping 428

– resistance 705

– tunneling 394

intermediate coupling polaron problem 75

intermediate state 37,38

intermolecular electron–phonon coupling 1170,

1202,1203

interplay

– superconductivity and magnetism 1039

interpolation

– between creep regimes 589

– for (T) 505

– for current decay via creep 587

– of coherence length 541

– tilt modulus, c

515

intrinsic pinning 714

inverse photoemission 964

ionic plasma mode 92

irreducible representation G 1531

irreversibility line 1193–1195,1207

Ising model 460

isotope effect 5,75,111,475,476,712,790,817,

1049,1177,1189,1201

– coefficient 476

– – inverse 477

isotropic BCS model 213

isotropic wave function 54

itinerant ferromagnetism 9

Jaccarino–Peter field-compensation effect 711

Josephson 520

– contact 808,809,861

– coupling 269–271,432,544,1120,1122,1193

– – intergrain 273

– current 21,812,1120,1121

– effect 20,87,729,731,808,1183,1446

– energy 20

– equations 21,270

– intrinsic c-axis in Bi2212 857

– junction 18,394,432,473,480,809,810

– SIS 835

1556 Subject Index

– superconductor-insulator-normal (SIN) 835

– tunneling 732,736,1120

– voltage-phase relation 1508

Josephson-qubits 163

102

Kadowaki–Woods plot 665

Keldysh Green’s function 283–286,291,292

– quasiclassical 296

kinetic equation 299,301

– elastic scattering 222

kink 984

– condition 1436,1437,1462,1463

– dispersion 985

– energy 985

– structure 1421,1461

Knight shift 14,671,706,728,806,807,820, 822,

1090,1091,1122,1125,1357,1425

Koehler’s law 1084

Kohn anomalies 92

Kondo

– effect 211,680,1070,1073,1082

– interaction 663

– resonance 227,1082

Korringa 450,451,782

– relaxation 783,820,1091,1092

Kosterlitz–Thouless (KT) model 853,1372,1479

Kramers–Kronig

– relations 101,124,133,135,980,1117,1367,

1374,1378,1380

– transformation 964,966,972,981

Kubo formalism 101,123,1442,1476

Kubo sum rule 133

2−x

CuO

9,460

ladder approximation 210,218,415

lambda

– point 465,1517,1518

Land´e g-factor 643

Landau

–criticalvelocity 31

– Fermi-liquid theory 57,732,1523

– – mean-field 1080

– gauge 214

– interaction function 1527

– level 18,386,401

– parameter 1528,1530

– states 386,387

– theory of phase transitions 31,39

Lande factor 169,1456

Lang–Firsov transformation 150

Langevin expression 373

– force 397,398,400

– formula 382,383

Larkin–Ovchinnikov state 17,22

Larmour frequency 434

latent heat 36,37

law of corresponding states 645,650

Lawrence–Doniach (LD) functional 385

– anisotropy parameter 422

– crossover temperature 422,446

layer coupling

– electromagnetic 518,553

– Josephson 516,518

layered materials 383,460,480,487,518,717

– artificial multi-layers 518,553

– oxides 518

layered perovskite-like crystal 722

LDA calculations 1034

lifetime 964

– phonon 1088

Lifschitz–Kosevich formula 1076,1077

Lindemann criterion 542,544

– for 2D melting 543

– for Bose-glass transition 618

– for electromagnetically coupled system 544

– for reentrant melting line 546

– for vortex lattice melting 542

Lindhard susceptibility 1046,1437

line energy

– Abrikosov vortex 506

– Josephson vortex 522

– tilted vortex 525,527

line nodes 1063,1067

line tension 535

– dispersive 507,553

– – anisotropic material 517

– isotropic material 507

linear response theory 1108

linearized gap equation 1051,1066

lineshape 929,951,983,1100

– EDC 932

Subject Index 1557

– MDC 933

– peak/dip/hump 971

– photoemission 963,980

liquid

He 802,1524

liquid

He 28,1517,1518

Little’s model 1156,1198

localization 271,407,474

localizedmagnetic moments 641,658,1069,1082

London 33,34,795

– electrodynamics 390

– energy 505

– penetration depth 34,127,128,460,788, 1135

– superconductors 35,1442,1477

long-range order 483,1531

longitudinal ﬂuctuation conductivity 426

longitudinal relaxation rate 1090,1091

Lorentz 409

– force 1085

– number 1087,1088

Lorentzian 89,102,933,944,975,981,1392

loss function 1525

lower critical field 48,121,1038

–UPt

1107

lowestunoccupied molecularorbital(LUMO) 1162

LuRh

654

Luttinger liquid 700,781,942,1166,1169

M–I transition 264,406

macroscopic properties 501

– Bean critical state 566

macroscopic quantum tunneling 592

magnetic

– anisotropy 14,1454,1456,1458

– Bragg peak 1097

– coherence 1469

– critical field 6,11,118,121,215

– field 5,34,387,404,461,464,467,483, 533,534

– – induced superconductivity 657

– ﬂuctuations 743,1041

– ﬂux 5,6,35,384,808

– ﬂux penetration H

–Knightshift

–– YBa

782

– order 1080,1094,1133

– penetration depth 466

– phases

–– NdRh

653

– quantum critical point 14

– relaxation 574,580,587,604,708

– resonant mode energy 976

– response 1101

– scattering 1130

– superconducting alloy 214

– susceptibility 654,682,781,1074

–– La

2−x

CuO

781

– torque 467,469

magnetism

– itinerant 168

magnetization 6,49,51,661,1123

– Bi-2212 795

– ﬂuctuation 385

–MgB

821

– scaling 796

magneto-resistance 799,1084

– oscillations 702

magnetoconductivity 429,432

Magnus-type force 800

Maki parameter 673

Maki–Thompsoncontribution 419,423,432,438,

444,448,451

many-body

– effects 1164

– renormalization 929

marginal-Fermi-liquid (MFL) 984,1419

mass

– enhancement 1034

– renormalization 972,1051

matrix self-energy 1065

Matsubara frequency 216,411,413,1041,

1128,1359

Mattis–Bardeen theory 1117

maximal transition temperature 109,1400

maximum phonon frequency 112

maximum value of 2

◦

118

Maxwell equation 33,40,48,502,566

McMillan

– definition of  110

– equation 109,112,116,1372

McMillan–Rowell analysis 833,844

MDC 944

– dispersion 944,980

mean free path 211,219,264,414

1558 Subject Index

mean-field 56,370,407

– critical temperature 738

– Hamiltonian 1056,1124

– transition temperature 1185,1190

mechanism of supercurrent decay 394

Meissner

– effect 5,9,34,1036,1112,1443,1481,1506

– – current 611

– – non-linear 503

– ﬂux expulsion 1105

– screening 170

– state 121

Meissner–Ochsenfeld effect 75,788,800

melting

– line 470

– transition 469,485

Mesoscopic Systems 18

metal–insulator boundary 414,489

MgB

microwave surface conductivity 730

midinfrared (MIR) peak 1525,1526

Migdal

– approximation 81,84,150

– theorem 816,1050,1367

Migdal–Eliashberg formalism 152,202

mixed state 45,46,812

mode model 973

momentum dependent lifetime 398

momentum distribution 942

Monte Carlo

– methods 151,152

motion

– dissipative 509

– Hall 509

– – sign change 510,511

– – voltage 510

Mott antiferromagnets 1402

Mott insulator 963,1404

Mott’s minimum metallic conductivity

criterion 264

Mott–Hubbard insulating state 712,1175,1179,

1180,1199,1200

multilayer systems 1522

multiple superconducting phases 688,732,1035

multiply-connected superconductor 35

N´eel temperature 667,671,672,813,1039,

1091,1099

CoO

–intercalated 23

Nambu formalism 87,123,1431,1433

Nambu–Gor’kov Green’s functions 302

nano-structured superconductors 259

nearest neighbor exchange coupling 1290

nearest neighbor interaction 1290,1301

negative magnetization 789

Nelson–Kosterlitz jump 392

Nernst effect 740

Nernst’s theorem 37

nesting 1163,1171,1172,1175,1179,1189,

1200,1419

neutron

– cross-section 1095,1130

– diffraction 978,979,1102

– resonance scattering 978,983,984,1098

neutron scattering 93,137,1355

Newton–Raphson procedure 100

NMR

– experiments 449,782,1092,1098,1130,1351,

1355,1528

– Knight shift 1352

– linewidths 1093

– magnetic shift 783

– relaxation rate 74,123,124,128–131,213,

449–451, 1091,1239

– spin lattice relaxation rate 131,714,782,783,

816,817,1135

non-bonding states 934

non-crossing diagrams 205

non-degenerate representation 1059

non-diagonal long-range order in

superconductors 31

nonelastic electron scattering 445

nonequilibrium

– electron distribution 280,288,299

– persistent currents 711

non-equilibriumGreen’s function 283,291

non-Fermi liquid 659,673,675,680,682,734,

1084,1137,1401

noninteracting

– Bose gas 1519

nonlinear ﬂuctuation effects 443

Subject Index 1559

non-linear Meissner effect 1118

non-Lorentzian 932

nonlinear response function 927

nonstationary BCS equations 397

normal state 57,74,931,935,1402

– Bi2212 935

– resistivity 260,508

– susceptibility 1126

normalized density of states in Pb 100

normalized Gaussian 951

novel superconductors 9,741

nuclear

– Larmor frequency 1127

– magneticresonance 667, 671,803,806,1090,1122

nuclear spin ﬂip 451

occurrence of superconductivity 774

odd-parity 1531

Ohm’s law, 33

one band Hubbard model 1045,1359

one-step model 927

on-site Hubbard interaction 1231

optical

– conductivity 12,818,1115,1379,1386,1387, 1392,

1393,1397

– sum rule 1116

optical response 243,1388,1397

optimal doped 485

– Bi2212 946

orbital symmetry group SO(3) 1532

orbital wave function 1531

order

– crypto-ferromagnetic 170

– spiral magnetic 163

orderparameter 5,11,44,48,212,271,273, 496,502,

808,1061,1065,1183,1190, 1193–1195,1197,1198,

1200,1201,1203,1206, 1209,1210,1417,1425,1439,

1458,1468,1520, 1531,1532

– d-wave type 811

– p-type 15

– phase 731,1060

– superconducting 14,730,1402

– suppression 520,521,609

– symmetry 713,729,730,1054,1102

– translational 552,579

– vector 1058

organic

– materials 18,23,701

– superconductors 17,518,695,696,703,705,

713,716

Ornstein–Zernicke theory 1360,1421,

1437,1467

orthorhombicity

– Bi2201 933

– Bi2212 933

out-of plane conductivity 402

overdoped Bi2212 947

overlap integral 1162,1165,1168–1170,1178,

1188,1192

 1236

P–T phase diagram 1138

p-wave states 1529

packing 1157,1159,1160,1189

Pad´eapproximants 97

Pad´e–Borel method 390

pair

– breaking impurities 1064

– wave function 1520

pair contribution to conductivity 396

pair effective mass 1263

pair-breaking 226,243

pairing 11,86,1049

–

He 1528

– potential 1055

– state

–– UPt

1521

pairing instability 1357,1361

pairing vertex 1371,1376,1377

pancake vortices 1193,1194,1204

paraconductivity 396,398,399,797

– c-axis 428

– d.c. 403

– ﬂuctuation Hall 437

– galvanomagnetic 400

– high frequency 400

– magnetic field angular dependence 403

– tensor 398,445

paramagnetic

– alloys 216,217

– critical temperature 211

– effects 215

1560 Subject Index

– impurities 202,642

– properties 209

– response function 123

partial isotope coefficients 111

particle–hole channels 948

partition function 373,518

– for a dirty elastic manifold 585

path integral formulation 462

Pauli

– Clogston limit 706,1106

– limitingfield 1190,1192,1193,1196,1197, 1211

– paramagnetism 383,518

– spin matrices 123,1127,1531

– susceptibility 382,663,1074

Pb-Ge mixtures 274

Pb-I-Pb junction 99

Peak/Dip/Hump 946,947,971,976

Peierls

–instability 75

– metal-insulator transition 696,698

penetration

– depth 5,41,127,464,465,474,476,522,528,535,

713,730,803,804,818,948,1116,1117,1178,1183,

1190,1191,1193,1200,1205–1207,1530

– – magnetic 713

– length 497,504,505

percolation

– behavior 269

– correlation length 262, 274

– localization 263

– theory 185

– threshold 262

perfect nesting 1046

periodic table 4

perovskite 767,770

perovskite-like cuprate materials 718

PETS method 846

phase

– A 1531

– Bose-glass 500,501,615

– Bragg-glass 498,579,615,622,624

– breaking time 

418

– disordered vortex phase 617

– frozen vortex liquid 498,616,622,624

– gauge glass 620

– hexatic liquid 553

– intermediate normal phase 564

– normal ﬂuid of 2D bosons 563

– of moving vortices 502

– ordered vortex phase 617

– Shubnikov 512

– slips 393,394

– spin glass 619

– superﬂuid 2D bosons 563

– supersolid 564

– vortex liquid 497,498,500,546,563, 621,622

– – intermediate 551,622

– vortex-glass 498,500,501,615,622

– – amorphous 616,624

– Wigner crystal of 2D bosons 563

phase coherence 307,311,464,470

phase diagram 6,10,15,16,22,461,483,678, 699,

1135,1399,1473

– H − T 693,706

– P − T 711

– T − P 676

–Ce

XIn

1353

–CeIn

1353

– cuprate superconductors 739,740,742,785,

852,1351

–La

2−x

CuO

734,775

– layered organic superconductor 1353

– magnetic 684

–magneticfield

– mean-field 497,506

–Nd

2−x

CuO

4−ı

776

– of 2D-quantum bosons 563

– of disorderedtypeIIsuperconductors 499,622

– of electromagnetically coupled layered super-

conductors 558,621

– of strongly ﬂuctuating type II superconductors

498,621

–ofUGe

– pinning and creep diagrams 605

– superconducting gap symmetry 692

–U

1−x

689

–UPt

688

– ZrZn

687

phase ﬂuctuations 10,1402,1443,1475,

1504,1506

phase of the order parameter 29

phase stiffness 527,540,621

Subject Index 1561

phase transition 35,461,482,791

– Berezinskii–Kosterlitz–Thoulesstype 501,540,560

– defect-unbinding 558,622

– disorder-driven melting 498,616,623,624

– layer decoupling 501,538,622

– – via vortex-loop excitations 542,559

– – within the vortex-liquid phase 551

– multi-critical point 616,622

– pancake-vortex lattice melting 556

– smectic 501

– vortex evaporation 553,622

– vortex lattice melting 497,500,519,538

– – 2D-melting 543,552,622

– – Clausius Clapeyron 561

– – dislocation-mediated 543,552

– – entropy jump 556,561,565,621

– – Josephson coupled system 544

– – melting line 539,548,621

–– neartoH

545

– – “nose”-like shape 547

– – reentrance 498,546,621

– – retrograded melting line 561

– vortex-glass 500,622

– – crossover-current scaling 619

–– power-lawI-V characteristic 619

– XY model 792

phase-twisting field 465

phases A,B,A

1526,1528

phonon

–mediateds-wave superconductor 1379

– propagator 81,82,149,985

– self energy 124,139

– spectral function 82

– structure 839

photoemission 926,929,1392

photon ﬂux 927

pinning 1193–1195,1207

– correlated

– – angular dependence 609

– – due to columnar defects 567

– – due to twin boundaries 567

– intrinsic 501,586

– of pancake stacks by Josephson vortices 532

– strong 501,567,569

– surface and geometrical barriers 567

– weak 500

– – critical current density 580,582,583

– – effective pinning scale 600

– – pinning energy 580,582,583

– – pinning length 519,580,583,597,598

Pippard superconductors 35

plasma frequency 1241,1525

point contact 837,840,1119,1121

polar crystals 75,1057

polarization operator 412,413,415,434,937

polaronic type superconductivity 8,75,79,150

potential

– chemical 33,69,88

– thermodynamic 36,43,51

preformed Cooper pairs 1530

pressure

– dependence of T

790,820

projection operators 518

propagator 412,415,421,435,437–440

– bosonic 1360

– fermionic 1360,1401

– optical phonon 1363

– spin-ﬂuctuation 1371

PrOs

690,693,695,1139

proximity

– effect 190

– coupled systems 304,307

pseudogap 10,271,444,735–736,740,741,782,

785–787,834,852,863,954–957,959,961–963,

976,1399,1402,1529

pseudopotential methods 92, 94

pseudoternary system 657

PuCoGa

1140

PuMGa

693

quantized vortex lines 46,1105

quantum

– critical exponents 1048

– critical ﬂuctuations 263,462,471,479, 487,

488,1047,1357

– critical line 486

– critical point 23,484,672,1040,1045, 1047,

1048,1053,1071,1101,1352,1400

– ferromagnet 1047

– Hall effect 700

– insulatortransition 487

1562 Subject Index

– phase transition 234,473,478,481,483,485,

487,672

quantum corrals 240

quantum effects 500

– ﬂuid 409

–MonteCarlomethods 79

–ofmagneticﬂux 35

quantum ﬂuctuation parameter 499

quantum imaging 234

quantum information technology 228

quantum interference 225,244

quasi-2D superconductors 794

quasi-Bose–Einstein condensation 1530

quasi-classical

– Green’s function 218,219,301,302

quasi-one-dimensional organic metals 697

quasi-particle 370,935,1041,1045

– approximation 288,296

– density of states 1062,1092,1397

– excitations 271,730,781,782,839,935,

1041,1056

– lifetime 445,1250

– operators 1527

– spectral function 1379,1381

Raman

– response 730,1130,1131,1379,1386–

1388,1397

random phase approximation 1045,1354,

1431,1487

rare earth rhodium borides 651

rare-earth metals 4

ratio 2

117

ratio C(T)/ T

119

reciprocal lattice vector 512,1246

reduced dimensionality 487

reduced Hamiltonian 86

reﬂectance 135,728,729,1525

region of critical ﬂuctuations 378

relaxation rate 450,782,806,1129

– Cu spin-lattice 1352

– NMR 730

renormalization 380,929,1065

– by ﬂuctuations 393

– function 109,115,125

– of elastic constants 545

– of elastic matrix 554

– of line energy 565

– of superﬂuid stiffness 528,529,550

– of the coupling constant 53

– of the quasi-particles 1046

– of the vertex part 414

renormalized Coulomb repulsion 1231

resistivity 3,262,306,475,476,482,663,665,797,

798,800,1087

– (TMTSF)

X salts 699

– Hall 799,800

– in-plane 735

– maximum 1166,1167,1175

– threshold 475

resonance

– impurity scattering 1069,1111

– peak 1394,1421,1469

resonant impurity states 229

resonating valence bond (RVB) 740, 963

response 498

– dynamical

– – vortex lattice 122,512,517,927,1525

– elastic 507

– ﬂux ﬂow 509

– glassy 574,615

– longitudinal 497

– normal 497

– ohmic 497

– superconducting 497

– thermally activated ﬂux ﬂow 615

retardation effect 77,85,146,149

Rhodium–Boron compounds 813

Riemann zeta function 374

RMo

compounds 652

roughening transition 585

Ruddlesen–Popper series 1423

Ruderman–Kittel–Kasuya–Yoshida

interaction 643,813

ruthenates 13,23

S–N–S–N transition sequence 658

s-wave superconductors 225

S/F Multilayer 193

saddle point 395

saddle point singularity 945

sandwiches 22

Subject Index 1563

scaling 465,471,487,517,535,1048,1185,1186

– function 409,469,473,482,485,796

– relation 471,475,478,479,487

– renormalization group 378

scanning

– SQUID magnetometry 810

– tunneling experiments 513,1033

scattering

– by defects 205,216

– rate 137,1077

Schottky 691

Schrieffer–Wolff transformation 643

screening

– of impurity resonances 249

– of interstitials and vacancies 557

– tensor 505

– Thomas Fermi, 

510

– transverse 540,541

screening length 275,276

secular equation 933

Seebeck coefficient 448

selection rules 926

self-energy 75,81,88,205,220,221,929,931,963,

964,969,972,983,984,1042,1361,1365,1378,

1432,1435

– anomalous 1050

– electron 963

– fermionic 1373,1376,1377,1391

– impurity 1068

self-organized criticality 501

shadow bands 936,937

Shapiro steps 1121

shear modulus

– anisotropic 516

– isotropic 514

shift of the critical temperature in 2D 380

short mean-free path 223

Shubnikov phase 497,705,710,714

Shubnikov–de Haas oscillations 700,702

single grain behavior 265

single-particle spectrum of excitations 444,970

singlet

– formation

– – Zhang–Rice 1426

– pairing 54,1054,1108,1123,1128,1130,1362

– states 1057

sinusoidal magnetic structure 171

SIS

– break junctions 854,856

– tunnel junction 836,858,946

Slater–Pauling curve 1031

small angle neutron scattering 513

small grains 19,266

SNS junction 310

soft-modes 1053

Sommerfeld coefficient 119,674,704

sound attenuation 370

specific heat 37,60,118,467,468,471,477, 503,

649,661,665,667,674,678,691,694, 715–717,

720,784,794,796,804,820,1034, 1072,1074,1103,

1104

– anomaly 792,793,817

– Bi2212 953

– coefficient 663

– electronic 786

– jump 666,716

– logarithmic enhancement 1047

– of aluminium 119

– scaling 804

spectral

– conductance 306

– density 970,1434

– function 84,85,111,928–930,942,948,951,955,

958,968,978,986,1369,1380,1382,1391,1395

– – Bi2212 946

– lineshape 928,980

– representation 97

– thermal conductance 308

spin

– correlation length 1253

– density wave 696,852,1041,1099,1247

– dynamics 1367

– electronics 228

– excitations 8,735,1355

– fermion interaction 1366

– fermion model 1358,1392

– gap 1243

– glass freezing 682

– induced superconducting state 1372

– lattice relaxation rate 783

– orbit 209,210,435,518,1053,1061,1085,1106,

1113,1124,1125,1131

1564 Subject Index

– polarization 229

– – operator 1354,1376

– rotational invariance 1130

– scattering 1381

– susceptibility 449,451,721,782,1123

spin-ﬂip 1071

spin ﬂuctuation 11,18,1034,1041,1046,1352

– antiferromagnetic 1052

– energy 1091

– incommensurate 1052

– local 1044

spin ﬂuctuation-mediatedpairing 147,1351,1377

spin Luttinger exponent 1247,1252

spin-lattice relaxation rate 671,714,1129

spin-mean free path 22

spin–orbit coupling 1452,1453,1489

spin-singlet state 1190,1192,1196,1197,

1205, 1210

spin-triplet state 8,721,1106,1190,1210–1212

– superconducting 721

spiral magnetic order 170

spontaneous vortex state 182

SQUID 731,808,809

– interferometry 811,862

RuO

13,720,721

staggered conformation 1160

STM

– mapping 858

–– Bi

CaCu

856

– conductance 855

– spectra 843,858

Stoner

– criterion 1046

– – ferromagnetism 1046

– enhancement factor 1078

– excitations 1099

Strength of sine-Gordon potential 1247

stripe formation 13,738,791

strong pair-breaking 427

structure

– factor 552,564,579

– – Debye–Waller factor 555

– inhomogeneities 791

– layered 499,501,518

structure of MgB

sub-lattice magnetization 1097,1102

substrate potential

– for pancake-vortex stack 553,558

sum rule 929,942

superconducting

– coherence length 1235

– condensation energy 170

– current 5,50

– ﬂuctuation 407,452

– ring 394

superconductivity 742

– 2D 408

– d-wave 1349,1351,1379

– s-wave 218,1064,1210

–A

films 773,816

– A15 compound 148,818

– alloys 202,213

– antiferromagnetic 651,653

– Ba-based oxides 813

– Bechgaard 706

– BEDT-TTF based 862,1359

–Bi

Sir

CaCu

850,856

– Bi-based Copper oxide 771,778

– Bi2212 843

– borocarbide compounds 766

–C

material 766,773,815,818

–CeCoIn

1355

–CeIn

1356

– clean 371,382,440

– Cu-O optimally doped 790

– cuprates 3,722,738,768,769,778,788,800,803

– – symmetry 808

– density of state 98

– dirty 202,223

– – upper critical field 215

– electron-doped 724

– energy gap 669

– ferromagnetic 642,653,1139

– field induced 18

– ﬂuctuation 708,1184,1185,1190

– fullerene 147,767,773,777

– gapless 202,216

– granular 273,276

– heavy-fermion 660,664,668,732, 802,

861,1353

– Hg-12(n-1)n copper oxides 772

–holedopingofC

CHBr

films 766