Marder M.P. Condensed Matter Physics
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Index
Page numbers of references are in italics.
Page numbers of problems are in bold.
ar, linear expansion, 363
Cartesian index, 325
critical exponent, 748
fine structure constant, 763
Landau-Ginzburg theory coefficient, 844
Madelung constant, 304
magnetic anisotropy, 737
optical absorption coefficient, 68, 616
polarizability, 299, 398
Seebeck coefficient, 497
ß-brass, 742
ß=\/k
B
T,
110
ßr, linear expansion, 363
Cartesian index, 325
critical exponent, 748
Landau-Ginzburg theory coefficient, 844
scaling function, 549
Siegelt relation, 70
Brillouin zone symmetry point, 193
decay rate, 375
fracture energy, 401
77-,
Grüneisen parameter, 362
7,
electron creation and annihilation
operators, 870
Cartesian index, 325
critical exponent, 748
Sommerfeld parameter, 170
sum of Gaussians, 240
expansion parameter, 208
superconducting gap, 867
5(r) or on', delta function, 49
6, nearest neighbor vectors, 226
e
Cartesian index, 325
critical exponent, 748
integer for stacking period, 79
e, phonon polarization, 347
dielectric function, 397
fraction for interplanar spacing, 79
Lennard-Jones energy, 299
complex variable,
Ç
= x +
iy,
403
critical exponent, 749
imaginary part of
energy,
536
viscosity, 117
6 solvent, 127, 423
©D,
Debye temperature, 359
Curie-Weiss temperature, 731
angle, 47
Heaviside step function, 136
K
c
, electron-ion screening length, 860
extinction coefficient, 616
flow stress, 425
ratio of superconducting penetration
depth and coherence length, 848
thermal conductivity, 454
vorticity, 438
A
point in liquid helium, 427
\L,
London penetration depth, 840
Aep,
electron-phonon interaction in
McMillan theory of superconductivity,
880
eigenvalue, 272
Lamé constant, 328
wavelength, 71
913
Condensed Matter
Physics,
Second Edition
by Michael P. Marder
Copyright © 2010 John Wiley & Sons, Inc.
914 Index
[i*, Coulomb interaction in McMillan
theory of superconductivity, 880
PB,
Bohr magneton, 730
chemical potential, 86
Lamé constant, 328
magnetic permeability, 724
mobility, 591
v
critical exponent, 749
Landau level, filling fraction, 772
Poisson's ratio, 330
random vector, 111
Ç, random force, 112
correlation length, 749
screening length, 258
superconducting coherence length, 845
n
grand potential, 164
momentum tensor, 414
Peltier coefficient, 498
■K
3.14159. . .,9
canonical momentum, 470
P
mass density, 329
resistivity, 454
E
dimensionless stress, 403
sum, 48
a
<j
a
ß, conductivity tensor, 493
a
a
ß, stress tensor, 326
electrical conductivity, 454
Lennard-Jones radius, 299
scattering cross section, 46
spin index, 236
r
T
£
,
energy-dependent relaxation time, 488
golden mean, 135
relaxation time, 453
$
$, magnetic flux, 772
$0> magnetic flux quantum, 772
Phonon dynamical matrix, 346
4>
4>„~
k
,
augmented plane wave basis
function, 275
analytic function, 403
Hartree Fock basis functions, 236
phase, 223
two body potential, 15
work function, 86
X
Xc,
charge susceptibility, 627
dielectric susceptibility, 398
group character, 198
magnetic susceptibility, 724
spin eigenfunctions, 236
wave function, 157
</>
wave function, 157
Q,
O, anomalous velocity, 469
solid angle, 46
volume of unit cell, 181
ÜJ
ujc,
cyclotron frequency, 634
ojp,
plasma frequency, 618
frequency, 46
A
A[, cohesive energy lattice sum, 300
A,
vector potential, 460
scattering amplitude, 46
area, 379
Einstein A coefficient, 647
hexagonal Brillouin zone symmetry point,
194
a
â, phonon annihilation operator, 352
a
at
atomic wave functions, 219
lattice constant, 7
neutron scattering length, 367
primary lattice constant, 19
A
Richardson-Dushman constant, 572
B
B,
magnetic induction, 456
bulk modulus, 301
Einstein B coefficient, 647
b
b, Bravais lattice primitive vectors, 51
amplitude in BCS theory of
superconductivity, 866
damping constant, 112
tertiary lattice constant, 19
C
C
a
ßjg,
tensor for linear elasticity, 325
capacitance, 604
constant, 304
cyclic point group, 36
extensive specific heat, 354
c
c, electron annihilation operator, 506
cy, intensive specific heat, 168
Index
915
concentration, 101
secondary lattice constant, 19
speed of light, 61
speed of sound, 332
D
Dr, ö(£), densities of states, 159
D,
electric displacement, 614
dihedral point group, 36
d
[dk],
integration incorporating density of
states.,
161
atomic orbital, 269
interplanar spacing, 79
nearest neighbor spacing, 43
T>
diffusion constant, 98
E
E, Lagrangean strain tensor, 321
E, electric field, 456
unit matrix, 193
e
2.71828. . .,46
ê, unit vector, 272
e
a
ß, strain tensor, 37, 325
electron charge (positive), 61
£
£/r, Fermi energy, 162
£g,
energy gap, 211
£ T, band energies, 182
energy, 15
F
FfjK,
Hohenberg-Kohn functional, 246
force, 112
Lindhard dielectric function, 244
scattering form factor, 54
/
1//noise,
530
/(£),
h, Fermi function, 165
atomic orbital, 269
scattering form factor, 46
free energy, 101
G
conductance, 563
electrochemical force, 495
Gibbs free energy, 429
Green's function, 536
group element, 13
shear modulus, 330
wave number for ionic displacements, 310
g
g, metric tensor, 321
amplitude in BCS theory of
superconductivity, 866
correlation function, 114
gain in lasers, 648
gravity, 379
Lande g factor, 765
probability distribution in Boltzmann
equation, 484
separation parameter for Ewald
summation, 303
H
bec Brillouin zone symmetry point, 194
hexagonal Brillouin zone symmetry point,
194
magnetic field, 473
h
H,
h/2n, 86
height, 379
number of elements in group
representation, 198
Planck's constant, 64
•K
Hamiltonian, 157
/
scattering intensity, 46
stress invariants, 424
i
v
717
!, 46
Miller index, 51
J
magnetic exchange coupling constant, 734
stress invariants, 425
total current, 87
j
j,
current density, 98
jl, Bessel function, 276
integer, 68
Miller index, 51
K
Kj, Josephson constant, 858
Kj, isothermal compressibility, 748
K, reciprocal lattice vector, 50
fee Brillouin zone symmetry point, 193
hexagonal Brillouin zone symmetry point,
194
stress intensity factor, 405
k
k space, 159
k, Bloch wave vector, 182
k
■
P method, 457
kg, Boltzmann's constant, 43
kF, Fermi wave vector, 159
k, wave vector, 46
Miller index, 51
X
spring constant, 43
916
LQ,
Lorenz number, 496
L, thermoelectric transport matrix, 495
diffusion length, 594
fee Brillouin zone symmetry point, 193
hexagonal Brillouin zone symmetry point,
194
system length, 158
/
lj, mean free path, 68
integer, 48
matrix dimensions group representation,
198
Miller index, 53
M
M, effective mass tensor, 459
hexagonal Brillouin zone symmetry point,
194
ion mass, 155, 342
large integer, 101
magnetic dipole moment density, 723
m
m*,
effective mass, 494
electron mass, 86
integer, 79
M
multiplicity, 73
N
yV-process, 527
bec Brillouin zone symmetry point, 194
number of particles, 48
n
h,
director in liquid crystals, 121
n, unit normal, 187
it, index of refraction, 616
n,, Bose-Einstein factor, 356
band index, 179
electron density, 61
integer, 12, 79
particle density, 66
:N
depolarization factor, 664
O
octahedral point group, 36
0
order parameter, 113
P
Pi, Legendre polynomial, 277
P,
momentum operator, 182
P,
polarization, 38
bec Brillouin zone symmetry point, 194
polarization factor, 61
pressure, 126
stacking period, 79
p,
dipole, 299
atomic orbital, 269
integer, 40
probability, 124
Q
charge, 604
heat, 490
<?
integer, 40
particle charge, 155
wave vector, 47
R
RH,
resistance quantum, 548
/?/,,
muffin hole radius, 276
R\2,
transition rate, 647
R,
position operator, 176
R,
ionic position, 6
RK,
von Klitzing constant, 780
particle size, 109
r
r
s
, radius parameter, 162
r, position vector, 46
radial coordinate, 46
rational number, 40
RH
Hall coefficient, 502
ft
polymer radius of gyration, 125
radial wave function, 269
rotation matrix, 13
S
change of coordinates, 13
entropy, 101
spiegel point group, 36
structure factor, 67
s
atomic orbital, 269
permutation index, 236
S
applied stress, 330
T
T matrix, 538
T[n],
kinetic energy functional, 246
T
c
, Curie temperature, phase transition
temperature, 730
7s,
translation operator, 182
temperature, 43
tetragonal point group, 36
7
time period, 469
t
hopping term, 226
Index 917
t
c
, reduced temperature, 745
time,
46
U
U, periodic potential, 175
U-process,
527
fee Brillouin zone symmetry point, 193
potential energy, 86
u
u, Bravais lattice vector, 53
u, displacement vector, 37, 325
u r periodic Bloch function, 182
amplitude in Bogoliubov theory of
superconductivity, 870
V
voltage, 87
v
v, basis vector, 9, 53
v r group velocity, 185
Vf, Fermi velocity, 162
amplitude in Bogoliubov theory of
superconductivity, 870
V
volume, 50
W
Wrr,, scattering transition rate, 525
fee Brillouin zone symmetry point, 193
plastic work, 426
wave packet, 185
width of disorder potential, 543
w
Wannier function, 222
W
half-bandwidth, 222, 820
X
fee Brillouin zone symmetry point, 193
x
position component, 20
Y
Yi
m
, spherical harmonic, 268
Young's modulus, 43, 330
y
position component, 20
Z
conduction electrons per atom, 167
atomic number, 64
partition function, 164
thermoelectric figure of merit, 498
z
coordination number, 114
position component, 20
1//noise,
530
1
/N expansion, 807
1-2-3 compound, 882
2DEG, see two-dimensional electron gas
ab initio, 257
Abascal, J. L. R, 151
Abel, W.R., 515, 516, 520
Abelès, R, 686, 719
Abrahams, E., 547, 564, 893
Abrahams, S. C, 65, 73
Abrikosov lattice, 850
Abrikosov, A. A., 628, 631, 848, 890
absorption coefficient, 616, 620, 626
acceptors, 532
table of binding energies, 580
accidental degeneracy, 202
acoustic branch, 344
acoustic phonons, see phonons, acoustic
acoustic waves, 331
adiabatic change, 223
adiabatic theorem, 505
Adler, D., 566
adsorption, 81
Aegerter, CM., 566
Ag
de Haas-van Alphen oscillations, 473
magnetoresistance, 503
photoemission from, 705
pseudopotential for, 268
specific heat, 156, 359
AgCu phase diagram, 103
Agullö-Rueda, F., 480
Aharoni, A., xxii, 149, 738, 757
Aharonov, Y., 223, 232, 774, 794
Aharonov-Bohm effect, 774-776
Ahlers, G., 757
Ahlskog, M., 552, 564
Ain, M, 811,835
Aksenov, V. L., 893
Al
band structure, 281
cohesive energy, 312, 313
plasmons, 697
pseudopotential for, 268, 286
residual resistivity ratio, 529
resistivity, 527, 560
specific heat, 363
superconducting specific heat, 880
superconducting spin relaxation, 880
thermal expansion, 363
Al'tshuler, B. L., 564
Albers, B. J., 94
Alberts, H. L., 757
Alder, B. J., 263
Alekseevskii, N. E., 503, 520
Alexander, H., 409
918
Index
Alexander, L. E., 73
alkali halides
cohesive energy, 301-305
table of cohesive energies, 305
table of optical F center properties, 677
alkali metals
band structure, 280
cohesive energy, 305
Fermi surfaces, 474
optical absorption, 700, 716
pseudopotentials, 268
resistivity, 528
table of ionization potentials, 302
Allen, P. B., 890
Allen, S. M., 109,149
allotropie, 5
alloys, 101-113
interstitial, 102
primary, 102
secondary, 103
substitutional, 102
Allum, D. R., 435, 447
Altman, E. I., 94
alumina
grains, 108
amber, 567
Amelinckx, S., 385, 409
Ammann lines, 140
amorphous materials, 116
analytic continuation, 404, 619
Anderson, A. C, 520
Anderson, J, R., 720
Anderson, P. W., 564, 656, 757, 835, 890
Josephson effect, 853
last word on high T
c
, 887
localization, 542
magnetic impurity, 820
scaling theory of Kondo problem, 820
spin glasses, 743
Ando, T., 794
André, G., 566
Andrei, N., 820, 835
Andronikashvili, E. L., 427, 447
Angell, CA., 117,749
anion, 302
annealing, 104
Annett, J. F., 886, 890
annihilation operator, 352, 907
time evolution, 354
anomalous dispersion, 65
anomalous Hall effect, 503-504
table, 504
anomalous skin effect, 694-695
anomalous velocity, 469, 486, 503, 504, 517
Boltzmann equation, 486
anticommutation relation, 907
antiferromagnetism, 733
MnO,
63
neutron scattering, 63
table of data, 732
antiphase boundaries, 106, 109
anti-Stokes scattering, 702
antisymmetric wave functions, 235
Ao,
P.,
448
Aono, M., 779
Appelbaum, J. A., 574, 607
APW, see linear augmented plane waves
Ar, 116
Armstrong, R. C, 447
Arnov, A. G., 836
ARPES,
see photoemission, angle-resolved
photoemission spectroscopy
Asano, H., 893
Âsbrink, S., 779
Ashburn, J. R., 893
Ashcroft empty core potential, see
pseudopotentials, empty core
Ashcroft, N. W., 267, 297, 301, 318, 527, 565
atom trapping, 457
atomic radii, 297, 769
Au
equilibrium crystals, 4
resistance minimum, 819
AuCu phase diagram, 103
augmented plane waves, see linear augmented
plane waves
Averbach, B. L., 381,409
Avouris, Ph., 89, 95
Awschalom, D. D., 838
Axe,
J. D„ 73
B2122,
see Bi
2
Sr
2
CaCu208
+x
Börnstein, R., 41, 291, 339, 480, 521, 608,
686, 719, 758, 795
Ba
Fermi surface, 281
backflow, 510
Baer, W. S., 686
Baer, Y., 720
Baerends, E. J., 318
Baetzold, R. C, 94
Bagley, B. G., S97
Baibich, M. N., 836
Baldereschi, A., 687
Balents, L., 565
Balents,L., 565
Balkanski, M., 667, 686
band bending, 584
Index 919
band gap, see energy gap
band index, 182, 183
band structure, 265-286, 287-290
alkali metals, 280
aluminum, 281
copper, 282
ferromagnets, 813
GaAs,
710
germanium, 709
graphene, 284
krypton, 283
noble gases, 282
noble metals, 280
rare earths, 286
semiconductors, 283, 576-577
silicon, 285, 710
sodium, 699
surfaces, 574
transition metals, 284
vanadium, 285
band structure energy, 309
bandwidth, 222
Bankoff,
S. G., 449
Bardeen, J., 607, 858, 890
semiconductor surface states, 586
superconductivity, 839, 865, 879
transistor, 595
Barker, J. A., 149
Barrett, C. S., 73
Bartynski, R. A., 719
base,
596
basis,
see lattice with basis
Bass,
J., 528, 565
Bastard, G., 480
Batchelor, G. K., 447
BaTi0
3
, 662
Batlogg, B., 890
Baumeister, P. W., 644, 656
Baumeister, T., 380, 409
Baxter, R. J., 734, 757
Baykara M. Z., 94
Baym, G., 520, 631
bcc,
see lattices, body-centered cubic
BCS,
see superconductivity, Bardeen-Cooper
-Schrieffer
Be
Fermi surface, 281
inelastic X-ray scattering, 703
photoemission data, 708
Bean, J. C, 607
Beck, H., 720
Bednorz, J. G., 881,590
Beenakker, C. W. J., 601, 607, 608
Beer, A. C, 657
Behringer, R. P., 150, 339
Belitz, D., 565
Bellman, A. R, 887, 891
ben Dahan, M, 457, 480
Bendow, B., 686
Benedek, G. B., 749, 757
Bensimon, D., 149
Berezinksii, V. L., 409
Berger, L., 816, 836
Bergman, D. J., 335, 339
Berlincourt, D., 686
Bernai model, 115
Bernai, J. D., 115,749
Bernardes, N., 318
Berne, B. J., 74
Bernstein, N., 271
Bernu, B., 262
Berry connection, 224, 467, 504, 661, 776
Berry phase, 223-225, 230, 776
Berry, M. V., 223, 232
Bertaut, F., 733, 757
Berthod, C, 891
Bertram, H. N., 757
Bethe ansatz, 805
Bethe, H., 805, 836, 893
Mott-Bethe relation, 73
superconductivity, 839
Beyers, R., 890
Bharucha, C. F., 472
Bhatia, A. B., 523, 565
Bi
de Haas-van Alphen oscillations, 473
thermopower, 498
Bi
2
Sr
2
CaCu
2
0
8
+,5, 887
Bi
2
Sr
2
CaCu
2
0
8+;c
, 884
Bi
2
Te
3
thermoelectric, 498
Bi2212, see Bi
2
Sr
2
CaCu
2
0
8+(5
Bickers, N. E., 807, 836
Biedenharn, L., 838
Binasch, G., 836
Binder, K., 757
Binnig, G., 86, 91, 94
bipolar junction transistor, 595
Bird, R. B., 318, 447
Birge, N. O., 118,749
Birgeneau, R. J., 149
Blase, X., 291
Blatter, G., 890
Blech, I., 757
Bloch T
5
law, 528
Bloch oscillations, 456, 457, 477, 495
Bloch wave vector, 182
number of distinct values, 184
920
Index
Bloch's theorem,
175-191,
230, 532
Fourier space, 181
in one dimension, 176-180
in three dimensions, 180-191
statement of, 181, 183
sub-bands in magnetic field, 778
Bloch, F., 175, 206, 207, 232, 255, 262, 858
Blount, E., 480
Boatner, L. A., 109
Bockrath, M., 565
body-centered cubic, see lattices
Boebinger, G., 786, 794
Bogoliubov equations, see superconductivity,
Bogoliubov equations
Bogoliubov transformation, 447, 870
Bogoliubov, N. N., 448, 890, 893
superconductivity, 870, 873
superfluidity, 446
Böhm, D., 223, 232, 774, 794, 858
Bohr magneton, 730, 761
Bohr radius
effective, in silicon, 531
Bohr, N., 759, 767, 794
Bohr-Sommerfeld quantization, 471
Boltzmann equation, 443, 483-504, 517, 519,
623
anomalous velocity, 486
collision term, 485
crossed electric magnetic fields, 501
first stated, 485
formal solution, 488
founded on Hamilton's equations, 483
incorporating spatial gradients, 487
metallic absorption at low frequencies,
692
practical solution, 489
semiconductors, 590-595
Boltzmann factor, 165
Boltzmann statistics, 165
Bona, G. L., 837
bond lengths
table for selected molecules, 242
bond-orientational order, 392
Boorse, H. A., 880, 890
Booth, T. J., 16
Borchardt-Ott, W., 36, 41
Born approximation, 623-624
Born exponent, 299
Born, M., 233, 262, 'ill, 339, 341, 377
Born-Oppenheimer approximation, 233
Bose gas, 435, 446
Bose-Einstein factor, 356
Boseck, S., 94
bosonization, 555
Boucherie, J. X., 893
Bouckaert, L. P., 201, 206
Bouckaert-Smoluchowski-Wigner notation,
201
Boudreaux, E. A., 768, 794
Bowley, R. M., 447
Boyce, J. B., 74
Bozorth, R. M, 757, 758
Bradley, C. J., 36, 41, 193,206
Brady, G. S., 331,339
Bragg angle, 45, 47
Bragg peaks, 49, 71, 372
Bragg planes, 50, 57
Bragg, W. L., 104,149, 742, 757
braking radiation, 56
branch cut, 404, 538
branches, 344
brass
band structure energy, 311
Brattain, W. H., 607
Braun,
E.,
41
Braun,
F.,
574,
607
Braun,
W.,
85,
94
Bravais lattices, 6
enumerated, 30-32
scattering, 48
Bravais, A., 17,47
Brefeld, W., 74
Breit-Wigner factor, 375
Bremsstrahlung, 56
Bridgeman, P., 424, 448
Brigham, E. O., 900, 902
Brillouin scattering, 702
Brillouin zones, 184
extended zone scheme, 188, 190, 209
first mentioned, 179
irreducible, 202
nearly free electrons, bcc, 217
nearly free electrons, fee, 216
nearly free electrons, hexagonal, 218
of body-centered cubic lattice, 194
of face-centered cubic lattice, 193
of hexagonal lattice, 194
phonons in one dimension, 343
pictures of second and third, 213
reduced zone scheme, 188, 190, 209
repeated zone scheme, 189, 190
second, third, and higher, 211
symmetry of, 202
Brillouin, L., 779
Brinkman, W. F., 149, 656
brittle, 379
brittleness versus ductility, 400
Brock, J. D., 749
Index
Brockhouse, B. N., 377
Bromberg, J. L., 656
Broto, J. M.. 836
Brovman, E. G., 374, 377
Brown, R., 97,149
Brownian motion, 70
Brueckner, K. A., 263
BSW, see Bouckaert-Smoluchowski-Wigner
notation
Buhrman, R. A., 838
built-in voltage, 587
bulk modulus, 301, 328, 337
table for noble gases, 301
Bulle«, D. W., 297
Bulsara, A. R., 565
Burgers vector, 383, 394
Burke, K., 263
Burkel, E., 719
Burkov, A. T., 499, 520
Burlet, P., 893
Burton, K., 384
Buschow, K. H. J., 837
Bustamante, C, 91, 94
Buyco, E. H., 378
Buyers, W. J. L., 837
C
band structure, 284
C
60
, 143
Cândido, L., 262
Ca
Fermi surface, 281
Cabibbo, N., 758
CaFl
2
structure, 26
table of similar compounds, 27
Cage, M. E., 781, 794
Cahn,J. W., 109,149,151
calcium fluoride, see CaFl2
calcium titanate, see CaTiC>3
Callaway, J., 262
Campuzano, J. C, 887, 891
Cao,
Y.,
566
capacitance matrix, 604
Car, R., 272, 291
Carbotte, J. P., 890
Cardona, M., 580, 598, 608, 621, 631
Cargill, G. S., 116,749
Carini, J. P., 795
Carlsson, A. E., 318, 400, 409
Carra, P., 74
Castin, Y., 480
cathode ray tube, 567
CaTiQ
3
structure, 28
table of similar compounds, 29
cation, 302
Cauchy relation, 327
Cauchy's theorem, 619
Cauchy, A., 327
causality, 618
Cd
Fermi surface, 281
CdS
dielectric function, 667
polaritons, 667
centered rectangular lattice, see lattices
central forces, 327, 349
central limit theorem, 124
centrosymmetric, 38
Ceperley, D. M., 262, 263, 448
Cerrina, F, 720
cesium chloride, see CsCl
Chaikin, P. M., 123,149, 335, 339, 891
Chainani, A., 894
Chainani,A., 881
chalcogenide glasses, 120
Chambers, R. G., 520
Chandrasekhar, S., 123,149, 335, 339
Chang, A. M., 786, 794
Chang, H., 94
Chang, L. L., 607
Chang, M., 480
change of coordinates, 13
chaotic versus integrable systems, 485
character table, 199
characteristics, 488
characters, 198
charge density wave, 311
charge susceptibility, 627, 630, 695, 860
charge transfer energy, 713
Charlier, J.-C, 291
Chattopadhyay, D., 565
Chazelas, J., 836
Chelikowsky, J. R., 656, 710, 719
chemical potential
between different metals, 497
doped semiconductors, 583
driving force for superfluids, 429
Josephson's equations, 858
superconductivity, 868
superlattices, 743
temperature dependence for
noninteracting electrons, 169
versus work function, 569
chemisorption, 81
Chen, Q., 891
Cheng, C, 82, 94
922
Index
Cherenkov-Landau criterion, 406, 434, 435
Chew, N. G., 410
Chiang, T., 710, 719, 720
Ching, W. Y„ 712, 719
cholesterics, 121
Chou, M. Y., 367, 378, 719
Chtchelkanova,A. Y. , 838
Chu, C. W., 893
Chui, S. T., 656
citations
maximum number of, 258
Citrin, P. H., 74
Cladis, P. E„ 149
classes, 198
classical limit, 165
classical statistics, 165
Clauser, H. R., 331, 339
Clausius-Mossotti relation, 533, 661, 684
climb,
383
closed orbits, 470, 471,501
clouds, 128
CMOS,
see complementary
metal-oxide-silicon
CO,
241
Co
ferromagnetism, 731, 736, 814
co
2
critical point, 743
Cobden, D. H., 565
Cochran, A. J„ 36, 4/, 61, 74
coefficient of non-specificity, xx
Cohen, E. G. D., 448
Cohen, M. L., 291, 318, 656, 719
GaAs calculations, 710
pseudopotentials, 307
Cohen, R. E., 687
coherence length, see superconductivity,
coherence length
coherent potential approximation, 541-542
coherent states, 866
cohesive energy, 295-313
band structure calculations, 312
hydrogen-bonded solids, 312
table for noble gases, 301
collector, 596
Collins, T. C, 657
collision term, 485, 524-527
colloidal suspensions, 393
colloids, 128-133
color centers, 674-684
lasers,
650
color groups, 36
Colpitts, T., 521
commutation relation, 908
compensation temperature, 732
complementary metal-oxide-silicon, 599
complex energy, 624, 629
compound, 24
conductance, see electrical conductivity
conduction electron density
table for selected metals, 167
conductivity
electrical, see electrical conductivity
thermal, see thermal conductivity
configuration coordinate, 681
conformai mapping, 402^04, 409
conservation laws
inelastic light scattering, 701
optical absorption, 640
phonons, 364
photoemission, 707
contact potentials, 572-573
continuity equation, 108, 413, 414, 437, 485,
613
derivation, 98
continuous random network, 119, 143
conventional unit cell, 20
size of bcc, 22
size of fee, 21
convolution theorem, 138
CoO
insulator, 711
magnetic structure, 733
optical absorption, 711
Cooper problem, see superconductivity,
Cooper problem
Cooper, L. N., 839, 863, 865, 890, 891
coordination number, 114, 119,143, 735
copolymer, 123
Coppersmith, S. N., 831, 836
Corciovei, A., 757
Corenzwit, E., 838
corn starch, 417
corpuscle, 567
correlation, 67, 242, 714, 735
correlation functions, 113
liquids, 113-114
radial, 114
two-dimensional colloid, 393
correlation length, 749
Corrigan, D., 109
Costache, G., 757
Cottrell, A. H., 307, 308, 318
Coulomb blockade, 605, 606
Coulomb integral, 238
Coulomb interaction, 234, 303
Cowley, R. A., 367, 377
Cox, D. L., 891