Poole Ch.P., Jr. Handbook of Superconductivity
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Index
A15 compound 88, 130, 131
Alkaline earth cuprate 298
Allen, P. B. 433, 478
Alloy 72
Anisotropy formulae 6
Annihilation operator 67
Antiferromagnetism 89
Antivortex 530
Atom layers 271
Band structure 66
Basic structures 275
BCS
relation 434
theory 54, 58
Bean model 62, 63
magnetization 66
Bessel function, modified 511,553
Binary compound
structure 177
transition temperature 80-84
Binding layer 252
Binding slab 253
aligned 256
body centered 257
role 262
BiSrCaCuO 299
2212 378
phase diagram 658
table of four-phase initial melts 666
BiSrCuO
2201 370
Bloch
law 31
oscillations 545
Body centering and reflecting 258, 259
Boride 146
Borocarbide 92, 104, 146
structure 153
Boronitride 153
Boundary normal/superconducting 564
Brillouin zone 34
body centered 35, 36
orthorhombic 35
Bronze 157
Buckminsterfullerene 96, 165
Bulk modulus 573-576
table of data 586-591
C-based cuprate 302
Canfield, P. C. 71, 92
Carbide, 146
Cenzual, K. 109
Chalcogenide 157, 159, 163
Charge density, free 39
Charge transfer organic 105, 107, 167, 235
Chemical families 297
Chevrel phase 97, 160, 161
Classical superconductor 109, 111-114
Close packing, 120-123
Coercive field, 550
Coherence length 55, 434, 435
anisotropic 554, 555
BCS 438
clean limit 438
dirty limit 438
Pippard 438
references 442
table of anisotropies 439-441
table of isotropic values 436, 437
Composition
tetrahedron 628
687
688 Index
triangle 628
Compression test 599
Condensation energy 57
Conduction
electron transport 30
layer 252
slab 253-255
Conductivity
electrical 30
frequency dependence 33, 34
Conductor 13
good 32
poor 32
Conversion factors 5, 6
Cooper pair 3
d-wave 60
entropy 501
formation 59
mechanism 60
phonon mediated 60
phonon scattering 501
s-wave 60
Coordination
number 116
polyhedra 293, 294
Coulomb
blockade 545
interaction 478
screened 478
staircase 545
Creation operator 67
Critical current 473
expression 435
temperature dependence 48, 49
Critical current density 435
Bean model 473
references 473
table of values 463-472
Critical field 2, 435, 448, 550
lower 57, 550, 551
lower, anisotropic 555
references 458
slope 51, 52, 458
slope, lower 448
slope, upper 448
table of anisotropies 456, 457
table of isotropic values 449-455
temperature dependence 2, 47, 48
thermodynamic 57, 458, 548, 551
upper 57, 551
upper, anisotropic 555
Critical state 64
model 61
Critical strain 576
Critical surface 50
Crystal chemistry 107
Crystallographic data set 170
cuprate 305, 309
CsC1 structure 127
Cuprate
family tree 278, 283, 284
layers 260
multislab structure 252
structure 267
table of characteristics 252
unit cells 261
Current
density, free 39
density, surface 40
displacement 542
persistent 44
screening 512
shielding 46, 47
transport 44, 46, 47, 63, 559
d-orbital 68
Debye
frequency 59
temperature 478
Degrees of freedom 628
Demagnetization 561
factor 561,563, 564
Density of states 37
near gap 39
phonon 479
Depairing current density 552
Depinning force 558
Diamagnetism, perfect 2
Dielectric constant 39
Differential thermal analysis (DTA) 631,632
table of onset temperatures 659
Domain 564
Drift velocity 30
Eccentricity 562
Effective mass 38, 87, 555
anisotropic 555
Elastic modulus 572
table of data 577-580
Elastic properties 570
Elasticity 572
Electrical properties 535
Electromagnetic field 39
Index 689
boundary conditions 40
Electron configuration 66, 67
Electron density
normal state 47
superconducting state, 47, 55
temperature dependence, 48
Electron-lattice interaction 570
Electron-phonon coupling constant 59, 434, 478,
516
references 488
table 482, 485-487
Electron-phonon interaction 570
Elements 72
structures 173
table of properties 31, 75
transition temperature 76, 78
Eliashberg
equation 59, 478
Migdal theory 478
Ellipsoid 561,563-565
eccentricity 562
Energy dispersive x-ray analysis (EDAX) 631
Energy gap 38, 434, 445
references 447
table 446, 447
temperature dependence 51
Entropy 501
transport 525, 530
transport, table 532
Ettingshausen effect 525
temperature dependence 526
Euler-Mascheroni constant 59, 554
Eutectic 629
Family tree of cuprates 278
generating 283
Fermi
energy 36
surface 36, 59
surface, spherical 37
temperature 60
wave vector 32
Fermi-Dirac statistics 36
Flexural
strength 601
strength table 602, 603
test 600
Fluctuations 530
Flux
creep 506, 530
flow 512, 530, 559
liquid 2, 560
quantum 435, 545
solid 2, 560
Force
depinning 558
Lorentz 40, 558
Magnus 558, 559
pinning 558
Four digit codes 277
Fracture 572, 596
brittle 576, 596
Fraunhofer diffraction 543, 544
Fullerene 96, 105, 106, 165
Fulleride 165
Galez, Ph 267
Gibbs free energy 55, 550
Ginzburg-Landau
parameter, 57, 435, 458
parameter, anisotropic, 554, 555
theory 53, 55, 56
Gladyshevskii, R 109, 267
Glossary 11
Green's function, poles, 483
Hall
angle 521,537
coefficient 527, 536
effect 536
mobility 537
number 537
resistance 44
Halogen cuprate 303
Hardness 601
table of data 607-609
Heat transport 501,506
Heavy electron
compound 87, 103, 164
Helmholtz
equation, modified 54
Hg 53
HgBaCaCuO 302
1212 344
1223 359, 360
1234 363
1245 366
1256 368
phase diagram 676
pressure dependence 361
HgBaCuO
1201 333
Hooke's law 572, 573
690 Index
Hubbard model 54, 66
one state 67
three state 69
Hysteresis 64
loop 65, 566
loop, Bean model 473
loop, high field 552
loop, low field 551
Hysteresis loop 550
Indenter 605
Infinite layer phase, 263-265
structure 401
Insulator 32
Interatomic distances 296
Intergrowth structure 277, 291,292
0021/0222 405
1201/2201 406
1212/2212 407
2201/2212 410
Intermediate state 562, 564, 565
Intermetallic compound 126
Internal field 548
figure 549
Ioffe Regel criterion 32
Ionic radii, table 9, 10
Isotope effect 54, 74
Join 628
Josephson
current vs voltage characteristic 543
diffraction 543
effect 541
equation 541,542
frequency 542
hysteresis 543
interlayer coupling 556
inverse effect 542
junction, long 544
junction, small 545
magnetic field effect 543
oscillations 543
size effect 543
Kaiser, A. B 491, 510
Kappa 434
anisotropy 554, 555
Kelvin relation 523
Kim model 61
Knoop hardness test 601,605
Kosterlitz-Thouless temperature 530
LaBaCuO 322
Ladder compounds 412
LaSrCuO 318
phase diagram 654
structure 318-322
Laves phases 84, 129, 130
Layered structure 158
Lever rule 628
Limiting structure 276, 290
Liquidus 629
London
equations 54
penetration depth 54
London-Landau gauge 55
Lorentz force 40, 512, 513, 525, 558
Lorenz number 33, 527
Magnet alloy 103
Magnetic properties 547
Magnetization 46, 548
Bean model 66
remanent 550
Magnus force 558, 559
Matthiessen's rule 31
Maxwell's equations 39
Mean free path 32
Mechanical properties 569, 570, 618
comparison table 618
discussion 619
references 619
Meissner
effect 2, 53
phase 560
state 564
Melting line 2, 3
Miedema equation 78
Models and Theories 53
Munro, R. G. 569
NaC1 type compound 80, 142
transition temperature 80
Nanojunction 545
NdCeCuO 403,404
phase diagram 674
Nernst effect 528
coefficient 528
temperature dependence 531
Nonmetal polymer 146, 155
Index 691
Normal
conductor 29
state 2, 29
Oblate ellipsoid 562, 564
Ohmic loss 560
Orbital 68
Order parameter 55
Ginzburg-Landau 55, 56
Owens, F 251
p-orbital 68
Pauli coefficient 448
Pb based cuprate 301
Pearson code 73, 79, 118, 171
Peltier
coefficient 522, 523
effect 521
temperature dependence 524
Penetration depth 434
anisotropic 554, 555
BCS 438
comparison of theories 442
London 54, 57, 438
references 442
table of anisotropies 439-441
table of isotropic values 436, 437
temperature dependence 47-49
two fluid model 438
Periodic table 74
Peritectic point 629
Permeability 39
Perovskite 85-87, 103, 157
structure 269, 270
Persistent current 44
Phase 628
diagram 625, 626, 631,634
diagram compilation 630
primary 629
references 682
rule 628
Phillips-Villars coordinates 107
Phonon density of states 479
Physical constants, table 4, 5
Pinning force 558
Plasma
frequency 34
frequency, Drude 482
wavelength 34
Point of failure 572
Poisson's ratio 574-576
table of data 592-596
Polyhedra, coordination 117
Poole, C. P., Jr 1, 29, 43, 53, 71,251,433,491,
535, 547
Porosity correction 575
Prolate ellipsoid 562, 564
Proximity effect 539
Quartz, fused 1, 29
Quasiparticle 505-507
lifetime 503
tunneling 542
Quaternary compound structure 233
Ramirez, A. P. 71, 96
Rare earth cuprate 298
Remanent magnetization 550
Renormalization 478
Residual superconductivity 57
Resistance
Hall 44
per square 44
quantum 44
sheet 44, 45
Resistivity 31, 32
angular dependence 33
flux flow 513, 530
table 32
Rhombic distortion 260, 286
Rirghi-Leduc effect 527
Rigidity modulus 574
s-orbital 68
Scanning electron microscopy (SEM) 631,633
Seebeck effect
mixed state 520
normal state 515
superconducting state 518
temperature dependence 522
Semiconductor 32
Sensitivity 1, 29
Shear modulus 571,574-577
table of data 581-585
Soft superconductor 559
Solidus 627
Sound velocity 571
Space group 285
cuprate 289
I4/mmm 308, 312
P4/mmm 307, 311
Specific heat 492
Debye model 493-495
692
Index
discontinuity 495, 496
electronic 478, 492-494
jump 60
table 494
Spinel 103, 157
Square-antiprismatic coordination 134
SQUID 545
Stacking rules 261,271,273, 274
Strength 596
Stress 572, 596
Structure
basic 275
intergrowth 277
limiting 276
Strukturbericht notation 119, 120
Subgroup 289
Superconducting QUantum Interference
Device 545
Superconducting state 43
Superconductor 2
definition 3
types 71
Susceptibility 548, 561
AC 566
in phase dispersion 566
out of phase absorption (quadrature) 566
Symbols
elements, table 8
table 7
Symmetry structures 285
T' phase 403
Temperature dependences 47
Tensile
strength table 604
stress 572, 598, 610
test 598
Ternary compound structure 207
Thermal conductivity 497, 498
magnetic field dependence 504, 507, 508
normal state 499, 500
references 509
superconducting state 501-503
table 500
Thermal force 512, 514, 529
Thermal properties 491
Thermocouple 521
Thermoelectric effect 510
references 533
table 511
Thermogravimetric analysis (TGA) 631,632
Thermomagnetic cooling 525
Thermomagnetic effect 510
references 533
table 511
Thermopower 514, 515
mixed state 520
temperature dependence 516-520
TIBaCaCuO 300
1212 342
1223 357, 359
1234 363
2212 376, 377
2234 388
phase diagram 670
structure 254
TIBaCuO
1201 332
2201 369, 372
Toughness 610
fracture 611,613
fracture data table 615--617
test 612
Transition temperature
data tables 79
summary table 73, 74
Trigonal prismatic coordination 136
Tunneling 538-540
current vs voltage characteristic 538-540
Two fluid model 521
Type I superconductor 2
Type II superconductor 2
Uher, C. 491,497, 510
Ultrasonic technique 574
Umklapp process 31
Vector potential 55
Vickers hardness test 601,605
Viscous drag 512, 529, 559
Vortex 553, 560
anisotropy 554, 556
core 57
cross section 556, 557
dissipation 511
equation of motion 529
expressions 6
flux quantum 553, 554
force between 556
gradient 559
hexagonal lattice 554, 559
magnetic field 553
Index 693
motion 556, 558
pancake 530, 556, 558
scattering phonons 506
shielding current density 553
Weak link 539
Weibull
characteristic strength 597
modulus 597
Wong-Ng, W 625
Wyckoff
position 118, 119
sequence 171
YBaCuO
1212 or 123 338-340
2212 or 1248 375
liquidus diagram 640
phase diagram 634
Yield point 572
Young's modulus 572
Zasadzinski, J. E and R. K. 433,445
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