Marder M.P. Condensed Matter Physics
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Index
943
Rayleigh peak, 703
Rayleigh waves, 337
reciprocal lattice, 49, 71, 228
cubic lattices, 51
explicit construction, 51
in Bloch's theorem, 177
table, 52
reciprocal space, 159
recombination, 592
rectangular lattice, see lattices, see lattices
rectification, 567, 585, 590, 592-595
Redfern, P. C, 263
Redfield, A. G., 880, 892
reduced temperature, 745
reduced zone scheme, 188, 209, 213
Reed, M, 608
reflection, 621
reflection high-energy electron diffraction, 84
reflectivity, 621
refrigeration, 498, 517
regeneration, 592
Regnault, L. P., 893
Reich, D. H., 263
Reichardt, W., 835
Reichet, J., 480
Reid, W. H., 448
relaxation time, 488, 524, 592, 600, 665
relaxation time approximation, 487^489
conditions for derivation, 524
Renner, C, 891
renormalization group, 398, 744
renormalized perturbation expansion, 545
repeated zone scheme, 189
Reppy, J. D., 439, 448
reservoirs, 601
residual ray, 355, 668
residual resistivity ratio, 529
resistance minima, 819-820
explained by scaling theory, 828
resistance quantum, 548
resistivity tensor, 502
Resta, R., 661,687
Restrahl, see residual ray
return-point memory, 756
reverse bias, 596
Reynolds, C. A., 858, 859, 893
Reynolds, D. C, 657
RHEED, see reflection high-energy electron
diffraction
Rice,
T. M, 645, 656, 657, 893
Rich, D. H., 710, 720
Richardson, R. C, 443, 449
Richardson-Dushman equation, 572, 703
Richter, A., 831,537
Rigden, J. S., 758
Rinzler, A. G., 565
Ritchie, R. H., 263
Robaszkiewicz, S., 892
Roberts, V., 657
Robinson, R. A., 838
Roche, S., 291
rocksalt, see NaCl
rods,
83
Röntgen, W. C, 674, 687
Röpke, G., 837
Roger, M., 837
Rohrer, H., 86,91,94
Roitburd, A. L., 311,318
Rokhsar, D. S., 151
Rose, J. H., 318
Rosenbaum, T. F., 263, 533, 534, 566
Rosenblum, E. S., 657
Rosi, F. D., 520
Rossat-Mignod, J., 893
Rossiter, B. W., 94
rotating crystal method, 57
Roth, S., 16
Rothman, D. H., 151
roton, 434
Rottman, C, 92, 94
Roukes, M. L., 838
Rouse model, 419
Rouse, P.E., 419, 420, 449
Rowe, D. M., 520
Rowell, J. M., 853, 890, 893
Rozenberg, M. J., 831, «6
RPE, see renormalized perturbation expansion
RRR, see residual resistivity ratio
RSJ, see superconductivity,resistively shunted
junction model
rubber elasticity, 322-325, 338
Ruckenstein, A. E., 893
Rudigier, H., 837
Rushbrooke relation, 752
Russel-Saunders coupling, 763
Ruthemann, G., 697, 720
saddle point, 188,439
Sadovskii, M. V., 566
Saghi-Szabö, G., 687
Saito,
R., 232
Sales,
B., 521
Salomaa, M. M., 449
Salomon, C, 480, 481
salt, see NaCl
Samara, G. A., 687
Saminadayar, L., 790, 791, 795
sand, 116,335
944
Index
Sander,
L.
M.,
93,
95
Sandercock,
J.
R.,
703,
720
Sanz,
E.,
151
Sarachik, M., 820, 838
Sarker.S.,
831
SARW, see self-avoiding random walk
Saurenbach, F., 836
Sawatzky, G. A., 719, 720
se,
see lattices, simple cubic
scaling theory, 562,563
Bloch's theorem, 180
critical phenomena, 744, 750-754, 756
Kondo problem, 824-828
Kosterlitz-Thouless, 398
localization, 547-553
scanning tunneling microscopy, 86-90, 850
scattering
rotating crystal method, 57
accuracy of structure determination, 66
dynamic, 68
elastic, 46
form factor, 47
from one-dimensional quasicrystal, 137
inelastic, 47, 363-376, 698, 702, 703
Laue method, 56, 72
particles used for, 60
powder method, 59, 73
time in Fermi liquid, 506
time measured in Fermi liquid, 515
two-phonon, 377
scattering length, 367
Schawlow, A. L., 646, 657
Scheffler, M., xxn, 291, 319
Schiff,
L., 46, 64, 74, 86, 94, 182, 206, 521,
657, 687, 838
Schiffer, P., 449
Schlosser, H., 318
Schlüter, M., 263
Schmitt, R. W., 743, 758
Schmitt-Rink, S., 893
Schnatterly, S. E., 698, 720
Schneider, W. D., 720
Schönflies notation, 36
Schönflies, A., 17, 41, 341
Schottky barrier, 570-572
Schottky diode, 583-585
Schottky effect, 572
Schottky pair, 676
Schottky, W., 572, 574, 608
Schrieffer, J. R., 686, 839, 865, 890
Schroeder, P. A., 565
Schulte, F. K., 570, 608, 705, 719
Schumacher, W., 831
Schuster, A., 574, 608
Schwartz, B. B., 873, 892
Schwartz, L. M., 291
Schwartz, U., 90
Schwarz, K. W., 448
Schwarz, U. D., 94
Schweizer, J., 893
Schwendmann, T. C, 94
Schwinger representation, 805
Schwinger, J., 805, 838
screening, 244, 258, 630
screening length, 258, 286
screw axis, 12, 36, 39
Sears,
V. F., 449
second quantization, 907-912
BCS Hamiltonian, 865
excitons, 654
Hartree-Fock theory, 236
Heisenberg model, 803
Hubbard model, 829
polarons, 672
second sound, see He, second sound
secondary alloys, 103
Seebeck effect, 497-498
Seidel, H., 678, 687
Seitz, F., 265, 292
self-avoiding random walk, 125
Sellmyer, D. J., 291
selvage, 77
semiclassical dynamics, 455-459, 516
anomalous velocity, 469
breakdown, 469
cyclotron resonance, 634
Hamiltonian, 470
rules,
455
wave packets, 465
semiconductors, 574—583
band structure, 283
Boltzmann equation, 590-595
defined in single-electron theory, 278
degenerate, 583
extrinsic, 581
intrinsic, 580, 606
junctions, 587-590
nondegenerate, 578
optical absorption, 576, 620
optical properties, 633-656
Pauli's opinion, 279
photoemission, 709
pure,
575
removing impurities, 102
surface states, 586-587
surfaces, 583
table of impurity binding energies, 580
table of properties, 577
Index
945
thermopower, 606
Zener tunneling, 465
semi metal s
defined in single-electron theory, 279
Senatore, G., 263
separation parameter, 303
Serin, B., 893
Shahar, D., 795
Sham, L. J., 255, 263, 264
Shankar, R., 838
Shapiro, A. P., 720
Sharp, J., 4, 521
Sharvin, Y. V., 836
Shaulov, A., 894
Shaw, T. M., 890
shear modulus, 330
complex, 423
Shechtman, D., 133, 134,75/
Sheel, K., 893
Shen, Z., 891
Sheng, P., 566
Shi,
J., 521
Shina, S., 881,894
Shockley equation, 595
Shockley, W., 608, 837
Shoenberg, D., 473, 481
short-range order, 113
shot noise, 530, 790
Shraiman, B. I., 149
Shull, C. G., 63, 74, 378
Si
band structure, 285
cyclotron resonance, 636
doped with phosphorus, 531
energy bands and photoemission, 710
form of effective mass, 577, 636
holes,
638
indirect gap, 576, 639, 652
irreducible representations, 200
perfection of, 530
phonon density of states, 357
phonon dispersion relation, 367
quantum Hall effect, 780
reconstruction of
( 111 )
surface, 89
theoretical strength, 381
Si:P,metal-insulator transition, 532-534
SiC
spiral growth on, 385
Siedentop, H., 263
Siegbahn, K., 74
Siegel, R. W., 608
Siegert relation, 69, 129
Sienko, M. J., 534, 565
SiGe
thermoelectric, 498
Sigrist, M., 838, 893
silicon
amorphous, 120
Simon, R., 893
simple cubic, see lattices
Singh, J., 657
single electron model, 157
single mode approximation, 440
single-electron model, 155-173, 266
singlet, 798
singular continuous spectrum, 137
Singwi, K. S., 838
Si0
2
,
119
Sivia, D. S., 838
Sivola, E., 521
skin depth, 693
Skriver, H., xxii
Slack, G. A., 363, 378
Slater determinant, 236
Slater type Orbitals, N Gaussians, 240
Slater, J. C., 235, 257, 264, 265, 271, 291, 292
Slater-Koster parameters, 271
Sleight, A. W., 893
Slichter, C. P., 758
Slick, P. I., 732, 758
slip plane, 383, 424
Slonczewski, J. C., 838
SlonczewskiJ. C., 816
Smalley, R. E., 143, 151, 565
smectics, 121
Smit, J., 521
Smith, E. N., 449
Smith, H. I., 608
Smith, J. L., 837
Smith, J. R., 318
Smith, N. V., 719, 720
Smith, R. J., 720
Smoluchowski, R.,
201,
206
Sn
flux quantization, 852
gray, 283
superconducting weak link, 854
white, 283
soap cells, 145
sodium chloride, see NaCl
table of similar compounds, 25
Sohncke, L., 17,47
Sokolnikoff,
I. S., 339
solar cells, 645
Solovij,
J. P., 263
Sommerfeld expansion, 166-171,172
Sommerfeld parameter, 170, 360
table for selected metals, 171
946 Index
Sommerfeld, A., 173, 893
Bohr-Sommerfeld quantization, 471
Sommerfeld expansion, 166
superconductivity, 839
X-ray scattering, 43
Sondhi, S. L., 795
Song, K., 94
Sonin, E. B., 449
Sood, A. K., 470
Sordi, G., 831, 838
sound waves,
331,
337
Bose gas, 447
first sound, 432
second sound, 431-434
zero sound, 514-516, 520
Souza, I, 521
space group, 12
Spaepen, F., 150, 151
spaghetti diagrams, 279
sparks, 233
specific heat
critical behavior in ferromagnetic salts,
747
effective mass, 170
Fermi liquid theory, 510
free electrons, 168
magnetic phase transition, 731
near phase transition, 746
noninteracting electrons, 163
paradox, 156
phonons, 354
relative contributions of electrons and
phonons, 170, 360
table for selected metals at low
temperatures, 171
Spence,J.C.H.,91,94,37 9
sphere
fluid flow around, 416
spherical harmonics, 268
Spicer, W. E., 711,720
spin glasses, 743
spin valve, 815
spin waves, 805-811,833
antiferromagnets, 808-811
bound states, 808
dispersion relations, 808, 811
spin-orbit coupling, 218, 281, 763
spinodal decomposition, 108
spintronics, 469
spontaneous emission, 648
spontaneous magnetization, 730, 733, 745
spontaneous symmetry breaking, 736
square lattice, see lattices
SQUID, see superconductivity,
superconducting quantum interference
device
Sr
Fermi surface, 281
Sreenivasan, K. R., 449
Srinivasan, R., 378
Störzer, M., 566
stability of matter, 249-252
stacking fault, 81
stacking period, 79
Stajic, J., 891
Stampanomi, M., 837
Starace, A. F, 719
Starks, D. R., 448
static structure factor, 67
Steams, M. B., 838
steel, 424
steepest descents,
361,
465, 906
Steinfink, H., 58
Steinhardt, P. J., 134,750
Steno, N., 3,16
Stephen, M. J., 757
Stern, F, 794
Stewart, G. R., 171,173, 360, 378
Stewart, K. H., 758
Stiles,
M. D., 837
Stillinger, F. H., 319
stimulated emission, 646
STM, see scanning tunneling microscopy
Stornier, H. L., 786, 795
Stokes drag, 420
Stokes flow, 444
Stokes scattering, 702
Stokes shift, 677, 682
Stokes, G. G., 449
Stolovitzky, G., 449
Stone, J. L., 657
Stoner model, 811-813
Fermi liquid theory, 833
Stoner, E. C, 812, 838
Stoney, G. J., 567
STONG, see Slater type orbitals,
TV
Gaussians
storage modulus, 423
Stout, G. H., 75
strain invariants, 324
strain tensor, 37
Straley,J. P., 151,837
Strandburg, K. J., 410
Straub, D., 709, 710, 720
Strauser, W. A., 74
Streda, P., 781, 795
Streetman, B. G., 608
strength
Index
947
ideal, 402
practical, 380, 381
stress intensity factor, 405, 406
stress invariants, 424
stress tensor
for ideal fluid, 414
for polymeric solution, 418-419
for solids, 326
for viscous fluids, 415
physical interpretation in fluids, 414
physical interpretation in solids, 329
plastic flow, 424
Stroud, D., 339, 565
structure factors
for
4
He,
442
inelastic, 369, 525
liquid and amorphous nickel, 115
liquid and crystalline sulphur, 115
liquid and crystalline water, 115
static,
67
weak scattering conductivity, 527, 528
Stuckes, A. D., 527
Stumpf,
R.,xxii, 291, 319
Sturge, M. D., 640, 657
Su,
W.
P.,
686
sublattices, 742
substitutional alloy, 102
Suematsu, Y., 657
Suhl, H., 837
sum rules, 621-623
sums
arising in scattering from lattices,
897-900
converting to integrals, 160
Sundaram, G., 466, 481
superconductivity, 839-888
Abrikosov lattice, 850
AC Josephson effect, 853
Bardeen-Cooper-Schrieffer model,
865-872, 889
Bogoliubov equations, 873-879
Bogoliubov transformation, 870
boundary conditions, 841, 845
coherence length, 845, 847, 878, 883
Cooper pair, 863, 869
Cooper problem, 863-865
critical temperature, 881
d-wave, 885-887
d-wa\e
experiment, 887
DC Josephson effect, 853
density of states, 881
diamagnetism, 840
dielectric function, 862
effective charge, 850-851
effective electron interaction, 862
electron-ion interaction, 859-862
entropy, 844
excitation energy sketch, 872
Fermi function sketch, 872
flux penetration, 848
flux quantization, 850-851
flux quantization experiment, 852
Fraunhofer diffraction experiment, 854,
887
gap equation, 868, 872
gap function, 867, 878
gauge invariance, 841, 843, 850, 853, 857,
876,
885, 886, 889
gauge symmetry breaking, 857
high-temperature, 881-888
high-temperature superconductor phase
diagram, 882-885
isotope effect, 858, 859
Josephson effect, 852-858, 889
Josephson junction, 853, 854, 888
Josephson junction circuits, 854-856
Lagrangian, 857-858
Landau-Ginzburg equations, 844-851
last word on high T
c
, 887
latent heat, 844
London equation, 879
London gauge, 876, 889
macroscopic wave function, 844, 852
McMillan theory, 881
mean field theory, 869
Meissner effect, 839, 841, 843, 876-879,
889
occupation number sketch, 872
order parameter, 885-887
pairing instability, 865
penetration depth, 840, 848
persistent currents, 839
phenomenological free energy, 841-843
photoemission, 887
pseudogap, 885
resistively shunted junction model, 854
i-wave, 885-887
specific heat experiment, 880
spin relaxation experiment, 880
superconducting quantum interference
device, 855-856
surface energy, 848-850, 888
table of critical temperatures and fields,
846
table of energy gaps and specific heats,
873
thermodynamics, 843-844, 869-872
type I, 848
948
Index
type II, 848, 883
vortices, 850
washboard potential, 855
weak link, 852
superexchange, 804
superfluids, 427^43
superlattices, 103-104
alloy phase transformations, 740-743
magnetic, 815
surfaces, 79, 91
surface energy, 80
surface sound waves, 337
surface states
semiconductors, 586-587
surfaces
Coulomb energy of, 303
experimental techniques, 82-91
geometrical description, 77-81
growth from spiral dislocation, 384
reconstruction, 77
Sutton, A. P., 307, 319, 566
Suzuki, M., 893
Svensson, E. C, 442, 449
Swinney, H. L., 70, 449
symmetry
discrete rotational, 192
discrete translational, 175
icosahedral, 142
impossibility of five-fold, 15, 36
phonons, 348
possibility of fivefold, 141
transport equations, 490-492
symmorphic, 36
synchrotron, 62, 704, 710
Szabo, A., 264
Sze,
S. M., 481, 608, 656
table
alkali halide cohesive energies, 305
alkali halide electron affinities and
ionization potentials, 302
anomalous Hall effect, 504
bond dipole moments of selected
molecules, 242
bond lengths of selected molecules, 242
calculated magnetic moments, 814
cesium chloride compounds, 26
cohesive energy parameterized for
selected elements, 314
critical exponents, 750
critical temperatures and fields of
superconducting materials, 846
crystal structure of elements, 19
Debye temperatures, 360
diamagnetic susceptibilities, 728
dielectric properties of ionic crystals, 670
effective radii of elements, 298
elastic constants of cubic crystals, 327
elastic moduli for isotropic materials, 331
energies of atoms, Hartree-Fock versus
local density approximation, 257
F center absorption and emission peaks,
677
failure under tension, 381
Fermi liquid parameters of He, 515
ferromagnets and antiferromagnets,
magnetic ordering, 732
fluorite structures, 27
free-electron parameters for selected
metals, 167
ionization potentials of selected
molecules, 242
lattice sums for noble gases, 301
Lennard-Jones parameters, 300
low-temperature specific heats of metals,
171
Madelung constant for metals, 307
Madelung constants for ionic crystals, 304
magnetic susceptibilities of metals, 775
mean free path in liquid metals, 526
metallic densities from pseudopotentials,
308
noble gas magnetic susceptibilities, 769
perovskite structures, 29
plastic flow onset under shear, 380
polarization, 662
radiation scattering, 61
rare earth magnetic moments, 768
reciprocal lattices, 52
semiconductor impurity binding energies,
580
semiconductor properties, 577
sodium chloride structures, 25
superconducting energy gap and specific
heat, 873
thermoelectric data, 499
transition metal magnetic moments, 768
vacancy energies, 676
viscosity of selected fluids, 416
work functions of selected compounds,
705
wurtzite structures, 28
zincblende structures, 28
Takahashi, T., 887, 891
Takhtajan, L. A., 836
Tan, S., 891
Tanabe, Y., 720
Tanaka, M., 893
Index 949
Tasset, F., 893
Tauer, K. J., 757
Taylor, G.I., 381,4//
Taylor, R. E., 378
Teichmann, J., 41
Tesanovic, Z., 893
tessellation, 10
Testardi, L. R., 893
Teukolsky, S. A., 902
thermal conductivity, 363, 496, 517
Drude model, 454
thermal expansion, 361-363
thermal fluctuations, 529
thermal neutrons, 63
thermionic emission, 571, 585
thermoelectric figure of merit, 498, 517
thermoelectric phenomena, 492-504
table, 499
thermopower, 497^198, 606
Thèye, M. L., 701,720
Thole, B.T.,74
Thomas, G. A., 656
Thomas-Fermi theory, 247-249, 259, 260
Thomas-Fermi-Dirac theory, 248
Thomson effect, 498, 518
Thomson, J. J., xxii, 3, 16, 156, 168, 173, 453,
481,567,611,631
Thomson, R., 400, 405, 409, 411
Thorne,R.E., 311,3/9
Thornton, S. T., 12, 16
Thouless, D. J., 392, 410
three-body potentials, 314
tight binding
graphene band structure, 229
tight binding model, 207
tight-binding method, 478, 535-551
Fermi surfaces, 476
tight-binding model, 219, 226, 230, 317, 420,
456,561,777,810
tightly bound electrons, 219-227
tiling, 10
Tilley, D. R., 449
Tilley, J., 449
tilt boundary, 81
Timoshenko, S., 339
Tinkham, M., 16, 193, 206, 893
i-J model, 835
Tjeng, H., 719
Tl
2
Ba
2
Cu0
6+x
, 884
T12201,
see Tl
2
Ba
2
Cu0
6+x
Tolstov, G. P., 206
Tomonaga, S., 553, 566
Tong, B. Y., 264
Tonks, L., 264
Tonomura, A., 776, 777, 795, 850, 893
Torng, C. J., 893
Tortonese, M., 90
Tosi, M. P., 92, 95, 298, 319, 838
Touloukian, Y. S., 355, 359, 363, 378
Townes, C. H., 646, 657
Toyozawa, Y, 657
transfer matrix, 561, 563, 778
transistor, 595-598
transition metals
band structure, 284
Fermi surfaces, 476
ferromagnetism, 731, 736, 811-815
Friedel model for cohesive energy, 317
magnetic structure in oxides, 733
oxides, 711
table of magnetic moments, 768
translation group, 12
translation operators, 182
transverse light waves, 616, 667, 693
transverse phonon mode, 348, 702
transverse sound waves, 331
Treger, D. M., 838
Treloar, L. R. G., 324, 339
Tremblay, A.-M. S., 831, 838
trial wave function
for fractional quantum Hall effect, 788
for tightly bound electrons, 220
triangular lattice, see lattices, 376
Triantafyllopoulos, 75, 151
triaxial test, 335
Trigg, G., 150
triode, 568
triplet, 798
Tsong, T. T., 85, 95
Tsuda, K., 893
Tsui, D. C, 786, 795
Tsunetsugu, H., 838
tungsten anode, 56
twin boundary, 81
twinning, 312
two-body potentials, 314
two-dimensional electron gas, 599-605, 780,
785
two-fluid hydrodynamics, 430^34
two-fluid model, 428
two-particle correlation function, 66
UBei
3
, 828, 829
Ueda, K., 838, 893
Ueta, M., 644, 657
Umklapp, 527
unit cell, see also Wigner-Seitz cell
conventional, 20
950
Index
nonprimitive, 11
primitive, 9
units
SI versus cgs, 724
universality classes, 744, 750
UPS,
see photoemission, ultraviolet
photoemission spectroscopy
UPt
3
, 828
Urbach tails, 683, 685
Urbach, F., 687
V (vanadium)
band structure, 285
superconducting specific heat, 880
vacancies, 424, 530, 675
table of energies, 676
vacuum tubes, 569
Vainshtein, B. K., 36, 41, 75
Valatin, J. G., 870, 893
Vamanu, D., 757
van Alphen, P. M., 473
van Dam, H., 838
Van Dau, R, 836
van den Berg, G. J., 836
van der Laan, G., 715, 720
van der Marel, D., 608
van der Waals interaction, 299, 316, 427
van der Waerden, B. L., 378, 657
van Elp, J., 779
van Harlingen, D. J., 893
van Houten, H., 601,60«
van Hove correlation function, 66
van Hove singularities, 186-188, 281-285,
356,
638, 639
Van Hove, L., 75
van Kârmân, T., 341
van Leeuwen's theorem, 759
van Leeuwen,
H.-J.,
759, 795
van Vleck paramagnetism, 769
van Vleck, J. H., 758, 759, 768, 795
van Wees, B. J., 600, 608
Vanderbilt, D, 686
Vanderbilt, D., 74, 232, 318, 521
Vanderkooy, J., 481
variational Monte Carlo, 253
variational principles, 210, 235, 260, 866,
904-906
Varma, C. M, 885, 893
VASP, 281
Vaterlaus, A., 837
Vedernikov, M. V., 520
Vega, C, 151
Venkatasubramanian, R., 521
Verlet algorithm, 112,143
Verlet, L., 112,151
Vespignani, A., 94
Vetterling, W. T., 902
Vettier, C, 893
Vicentini-Missoni,
ML,
750, 754, 758
Vinen, W. R, 438, 449
Vinokur, V. M., 890
virial expansion, 126
viscosity, 443
due to polymers, 422
dynamic, 415
table for selected fluids, 416
VK
center, 679
VO
insulator, 711
Vogel-Fulcher law, 117
Vogtenhuber, D., 687
Vollhardt, D., 521
Volovik, G. E„ 449
volume expansion coefficient, 363
von Klitzing constant, 780
von Klitzing, K., 780, 795
von Laue, M., 43, 74, 341
von Meyenn, K., 292
von Molnâr, S., 838
von Neumann's law, 145
von Neumann, J., 146
vortices, 445
classical, 438
in
4
He, 437^139
in superconductors, 849, 850
quantized, 438, 850-851
Vugmeister, B. E., 687
vulcanized rubber, 322
Vuorio, M., 837
W (tungsten)
Fermi surface, 476
Wachs, A. L., 709, 720
Wagner, H., 391,470
Wahl, R., 687
Walecka, J. D., 628, 631
Wallis, R. R, 377, 378
Wang, X., 521
Wang, Y. Q., 893
Wanklyn, B. M., 835
Wannier functions, 222, 230, 231, 654, 803
ambiguity, 223
Peierls substitution, 792
polarization, 661
Wannier, G. H., 232
Mott-Wannier excitons, 641
Wannier functions, 207
Wannier-Stark ladders, 472
Index 951
Wannier-Stark ladders, 472
Want, J., 94
Warren, J. L., 378
Waseda, Y., 115, 151
washboard potential, 855
Washburn, S., 566
water, 115
wave function for correlated electrons
4
He,
435
fractional quantum Hall effect, 788
superconductivity, 866
wave number, 179
wave packets, 185, 465^169, 479
sketch, 466
wave vector, 182
Weaire, D., 146, 151, 291, 318, 608
weak disorder, 547
weak localization, 563
Weart, S., 41
Weaver, J. H., 151, 608
Webb, M. B., 82, 95
Webb, R. A., 566
Weber, T. A., 319
Wei, S., 367, 378
Weinberg, S., 841, 893
Weiss, G. H., 378
Weiss, P., 734, 758
Weiss, R. J., 757
Weisskopf,
V. F., 292
Weissman, M. B., 758
Weitering, H., 521
Weitz, D. A., 132, 151
Wen, X., 892
Wentzel-Kramers-Brillouin approximation,
86,
462
Wertheim, N. R., 845, 893
Westerink, J., 719
Westra, C., 720
wetting, 81
Wheatley, J. C., 443, 449, 520
Wick's theorem, 69, 130, 370
Widom, B., 750, 758
Wiedemann, G., 455, 481, 496
Wiedemann-Franz law, 455, 496
Wiegmann, P. B., 820, 838
Wigner crystal, 255
Wigner, E., 206, 255, 264, 292, 411
Breit-Wigner factor, 375
first band structure calculation, 265
group notation, 201
key and glass, 379
Wigner crystals, 255
Wigner-Seitz cell, 10
Wigner-Eckart theorem, 764
Wigner-Seitz cell, 8, 11, 159
fee lattice, 21
Wigner-Seitz radius, 312
Wilczek, E, 850, 893
Wilde, G., 117,757
Wilkinson, S. R., 472
Wilks, J., 449
Willardson, R. K., 657
Williams, E. J., 104,149, 742, 757
Williams, G. P., 710, 720
Williamson, J. G., 608
Willis, R. F., 837
Wilson, A. H., 277, 292, 521, 819, 838
Wilson, K. G., 744, 758, 820, 838
Winter, R., 151
Witten, T. A., 93, 95,151
WKB approximation, see
Wentzel-Kramers-Brillouin
approximation
Wohlfarth, E. P., 758
Wolf,
D., 95
Wolf,
E. L., 86, 95
Wolf,
H. C, 687
Wolf,
S. A., 838
Wolfe, J. P., 657
Wolff,
P. A., 698, 720
Wolkow, R., 89, 95
Wollan, E. O., 74
Wollman, D. A., 893
Won, H., 893
Wong, K. C, 480
Wong, K. W., 719
Woods, A.D. B., 449
Wooten, F., 151
work functions, 569-570
optical measurements, 703-706
scanning tunneling microscopy, 86
table of values, 705
versus chemical potential, 569
work hardening, 425
Wortis, M., 94, 838
equilibrium crystals, 92
magnon bound states, 808
Wright, D. C, 151
Wright, W. H., 893
Wu, D. T., 108, 151
Wu,
F.,
829, 837
Wu, M. K., 893
wurtzite, see ZnO
Wyckoff,
R. W. G., 19, 25-29, 37, 41, 66, 75,
319
X-rays
coloration of NaCl, 674
952 Index
first scattering experiment, 44
inelastic scattering, 702, 703
interaction with matter, 60
photoemission, 710
production of, 56, 61
scattering from superlattices, 104
synchrotron, 62
Xiao,
D., 521
Xing, X., 339
XPS,
see photoemission, X-ray photoemission
spectroscopy
Xu, Y., 719
Y
2
0
3
thermoelectric, 498
YAG, yttrium aluminum garnet, 650
Yaglom, A. M., 449
Yamada, H., 795, 893
Yamada, K., 893
Yang, W., 263
Yang, W. T., 263
Yano,
S., 795, 893
Yao,
Y, 521
Yarnell, J. L., 365, 378
Yates,
J. R., 521
YBCO, see YBa
2
Cu
3
0
6+x
YBa
2
Cu
3
0
6+x
, 882
Yennie, D. R., 795
Yeomans, J., 838
Yeshurun, Y, 894
Yethiraj,
M, %U,838
yield stress, 424
Yip,
S., 95
Yokoya, T., 881, 887, 891, 894
Yonezawa, R, 117, 757
Yoon, C. O., 566
Young's modulus, 330, 337
Young, A. P., 392,411, 757
Young, R. A., 73
Yu, C. C, 836
Yu, E. T., 608
Yu,
P.
Y, 580, 598, 608,
621,
631
Yue,
W., 263
Yuval, G., 835
Zachariasen, W. H., 119,151
Zak, J., 481
Zaleski, S., 151
Zalkin, A., 73
Zallen, R., 752
Zangwill, A., 81, 95, 574, 608
Zeidler, E., 903, 906
Zeiger, H. J., 656, 657
Zener tunneling, 462^65
Zener, C., 465, 481
Zeng, C, 521
zero point energy, 427
zero sound, 514-516, 520
attenuation, 516
measured in He, 516
Zhang, Y, 150
Zhao,
Q., 258
Zhao,
Y, 224, 232
Zhe,
Z., 892
Zheludev, I. S., 687
Zhu, J. G., 757
Ziman, J. M, xxii, 152, 292, 521, 526, 542,
566
Zimm model, 419
Zimm, B. H., 419, 420, 449
Zimmerman, W., 448
zinc oxide, see ZnO
zinc sulfide, see ZnS
zincblende, see ZnS
Zinn, W., 836
Zn
band structure energy, 311, 315
Fermi surface, 281
ZnO
insulator, 711
structure, 28
table of similar compounds, 28
ZnS
structure, 27
table of similar compounds, 28
Zok,
F.
W., 410
zone refining, 102
Zunger, A., 258, 263, 566
Zuo,
J. M., 319
Zutic,
837