Exchange-correlation energy 48 54—55 157 158
Exchange-correlation potential 154 159 180 189 194 226—227 228 229 252
Extremal area of Fermi surface 9 10 28—29 38 138 143 394
Extremal effective mass 26
Fast Fourier transforms 497—502
FE 196 227—231 233 234 236 237 241—243 248
Fe in Pd(Fe) 476—477
Fe in Rh-Fe 474—476
Fe,  oscillations in 259—265
Fe,  oscillations in 259—264
Fe, as trace impurity in Cu 508
Fe, band structure of 152 251—253
Fe, Fermi surface 251—269
Fe, magnetic (spin-flip) excitations in 265—269 271—277
Fee structures, alkaline earth metals 214—215
Fee structures, Brillouin zones 150
Fee structures, transition metals 152 153 167—173 193 196 199 204—210 252 370—371
Fermi energy 5 21 346
Fermi energy in pseudopotential models 295 296 298 338 339—340
Fermi energy in rigid-band model 338
Fermi energy of alloys 332—333 337—338 339—340 346
Fermi energy of transition metals 179 181
Fermi liquid theory 57—58 83—101
Fermi liquid theory, basic formulation 88—92
Fermi liquid theory, equilibrium properties 84—94
Fermi liquid theory, parameters 89 92—94 449 451
Fermi liquid theory, transport properties 94—101
Fermi sea, volume of 99 100—101
Fermi surface 4—7 see "Under "Stress "Angular "Dilation" "Hydrostatic "Pressure" "Tetragonal "Uniaxial
Fermi surface and band structure 197—222
Fermi surface and band structure, for alkaline earth metals 214—215
Fermi surface and band structure, for bcc metals 210—214
Fermi surface and band structure, for fcc metals 204—210
Fermi surface and band structure, for Fe 251—265
Fermi surface and band structure, for hcp metals 216—222
Fermi surface and band structure, for Ni 251—254
Fermi surface and band structure, for noble metals 199—204
Fermi surface and displaced analogue, interaction with 32-34
Fermi surface and ferromagnetism 225—277
Fermi surface of alloys 321—326
Fermi surface of alloys, (for strong scattering) 325—326
Fermi surface of alloys, definition of 322
Fermi surface of alloys, scattering rate variation over 381—386 388—391
Fermi surface of alloys, sharpness of 323—325
Fermi surface of alloys, size of 321 352—353
Fermi surface, chord quantization of 30—31
Fermi surface, closed 11—13
Fermi surface, effective zones on 23—30
Fermi surface, effective zones on, topological changes in 24 36—39
Fermi surface, electron sheets on 13—14
Fermi surface, extremal areas of 9 10 28—29 38 138 143 394
Fermi surface, from many-body point of view 99—101
Fermi surface, hole 13—14 257 349 353 450 475
Fermi surface, hot spots on 18—19
Fermi surface, majority and minority spin sheets of 235-237
Fermi surface, measurement of 101
Fermi surface, open 11—19
Fermi surface, plane sections of 7—20
Fermi surface, plane sections of and magnetic field direction 34—35
Fermi surface, scattering rate variation over for Au 380—381
Fermi surface, scattering rate variation over for Cu and Cu alloys 380—386
Fermi surface, scattering rate variation over for K and K alloys 388—391
Fermi surface, shape of 206 207 211 218 220 234 254—258 263 302 304—305 310—316
Fermi surface, shape of and magnetic anisotropy 34—35 237—239
Fermi surface, shape of and phase transition 22 29—30
Fermi surface, shape of, determination of 8—10 12—14 50 150—151 233—234
Fermi surface, sharpness of 88 99—100 323—325
Fermi surface, size of 10 238 352—353
Fermi surface, temperature dependence of area of 243—251 265—271
Fermi surface, volume of 99—101 234
Fermi surface, volume of, for  and  236—237 238
Fermi surface, volume of, relation to area 292 313
Fermi velocity 292 370
Fermi velocity, for  87
Fermi wave vector, for 87
fermions 4
ferromagnetism see also "Magnetic excitations"
Ferromagnetism and the dHvA effect 231—251
Ferromagnetism in 93—94
Ferromagnetism in 3d transition metals 225—231
Ferromagnetism in dilute alloys 207 473 476—477
Ferromagnetism, band structures and Fermi surfaces of Fe and Ni 251—265
Field modulation technique 135 395 400—401
First sound 97—99
Fluid helium hydrostatic pressure technique 279 305
Fluomagnets 276
Forgetting distance 10
Fourier analysis see "Waveshapes in the dHvA effect"
Fourier series inversion 370—372 380—381
Free-electron gas 34
Free-electron gas, exchange in 52—55
Free-electron scaling 292 307
Freeze-out of spin-flip scattering 398 471 472 478
Frequency dependence of first and zero sound 97—99
Frequency of dHvA oscillations 9 233
Frequency of dHvA oscillations, high-precision measurements of 479—508
Friedel phase shifts 347—354 374—375 384—386
Friedel phase shifts, for noble metal alloys 354 386
Friedel sum 352—353 354 356
Friedel sum rule 348 349 353 374
Friedel — Anderson model 458 471
Frozen potentials 188 191
g-factors in magnetic impurity systems 405—408 414 457—458
g-factors in pure metals 438—455
g-factors, effective 405—407
g-factors, measurement of 136—137 396—399 403—405 439—446
g-factors, measurement of, results and interpretation 201 207 446—455
g-factors, tensor nature of 438 455
Galvanomagnetic effects 12—20 43—44 150—152 213 221 233
Galvanomagnetic effects,  oscillations in Fe 264 265
Gaspar potential 158
Gaussian data window 499—501
Gaussian distribution of mosaic structure 426—431
Gaussian scattering from lattice dis-locations 433—434
GD 153 221—222
Gd as solute in Au alloy 471 473—474
Geometric concepts in the electron theory of metals 3—45
Geometric resonance 29
Geometrical scale factor 434—435
Giant moments 477
Giant oscillations 43—44 142—144
Graphical techniques for determining phase 493—497
graphite 143 358
Ground state 4 5 47 75 155 226
Gruneisen coefficient 318
H, as interstitial impurity in Cu 356
Hall effect 12 14 27 28 489
Harmonic amplitudes of dHvA oscillations see also "Relative harmonic amplitudes"
Harmonic amplitudes of dHvA oscillations and g-factor measurements 136—137 397
Harmonic amplitudes of dHvA oscillations and magnetic impurity effects 459—462
Harmonic amplitudes of dHvA oscillations and magnetic interaction 124 136—137 396—399 412—420 444 460—468 506
Harmonic amplitudes of dHvA oscillations and spin-spiitting zeros 396 397 412 471 473
Harmonic amplitudes of dHvA oscillations, enhancement by field modulation technique 395 400—401
Harmonic amplitudes of dHvA oscillations, field dependence of 368 506
Harmonic amplitudes of dHvA oscillations, third harmonic 412—420 443—445 462—469 473
Harrison model 20—22
Hartree potential 52 95
Hartree — Fock approximation 51—52 58 229
Hcp structures, Brillouin zones 150
Hcp structures, transition metals 167—170 186 193 196—197 216—222
Helicon 27 135
Hg,  plots 78—79
Hg, dHvA amplitude, field dependence 367—368
Hg, dHvA amplitude, temperature dependence 83
Ho 471 473 474
Hole Fermi surfaces 13—14 257 349 353 450 475
Hole-particle pairs 228—229
Hot spots 18—19
Hot-electron effects 121
Hybridization, effect on band structure 167 170—173 190 199—200 210 216—217
| Hydrodynamic sound 86—87 97
Hydrostatic pressure, Fermi surface dependence on 201 207 278 279 297 299—302
Hydrostatic pressure, Fermi surface dependence on, direct experiments 284—286
Hydrostatic pressure, lattice strain produced by 280
Hyper-Hartree — Fock method 159
Hyperbolic points 36—37 39
Hysteresis 129 140 489 490 503
Impurity scattering 39 109 292 328—356 362—365 368—392
Impurity scattering, magnetic 359 397—399 405—412 456—478
Impurity-impurity interactions 471—473
IN 121 287 301
In, alloys of 339 359
In, electron-phonon coupling constant 71
In, g-factor 449—450
Incoherent states in dilute alloys 332 348
Inelastic scattering 104 106 107 109 111 232 272
Interatomic exchange interactions 477
Interband absorption energy, for noble metals 203 204
Interband transitions 39—40
Intercept technique 375—378
Interelectronic distance 62 64—65 452
Interference and dHvA dephasing effect 420—422
Interference of magnetic field in scattering processes 18—19
Interference, between electron waves and magnetic breakdown 44
Interference, due to side-lobes from square data-windows 498—499
Intraband transitions 39—40
Intrinsic band masses 177 182—183
inversion 368—375
Inversion, basic inversion equations 369—370
Inversion, Fourier series inversion 370—372
Inversion, Kubic harmonic inversion 372—373
Inversion, phase shift inversion 374—375
Ion core 67 180
Ionicity scale 181
Ions 50—51 55 92
Ir, electronic structure of 204—210
Iterative analysis of harmonic content 414—415 460
Itinerant-electron ferromagnets 225—277 477
Jack surface 211 264
JDOS 198 213
Joint-density of states (JDOS) 198 213
jumps 15 38
Jumps, between hot spots 19
Jumps, due to specular reflection 11
Jungle-gym surface 211 212
K 99 see
K, alloys, conduction electron scattering in 387—392
K, alloys, conduction electron scattering in, K(Na) 355 360 387 388 390—391
K, alloys, conduction electron scattering in, K(Rb) 355 360 387 388 390—391
K, g-factor 136 447 454
K, spin-susceptibility 447 449
Khaikin oscillations 31
Khar'kov style 8
kinetic energy 47 53 54 157—187
Kinetic theory of gases 110
KKR method 150 165—166 291—292 294—295 341—342 346
Kohn — Korringa — Rostocker (KKR), method 150 165—166 291—292 294—295 341—342 346
Kohn — Sham — Gaspar potential 58 252 253 255
Kondo effect 457—458 471 474 476 478
Kubic Harmonics 345—372 372—373 387—388 390
Kubo — Greenwood theory 103 120
L-gap 200 202 203 204
la 209
Landau function 5 6
Landau levels and magnetic impurities 397—398 407 408
Landau levels in alloys 323 325 333—337 363
Landau levels, spin-splitting of 396 398
Landau theory of a Fermi liquid 5—6 88—94 95—96
Lattice 20—21
Lattice, dislocations in 422 423 431—435
Lattice, distortion by impurities 323—324 333 339 349 352—355 387 390
Lattice, strain characterization 279—285
LCAO Method 173 241
LD method 158 181 187 188 202 204 207 215 217 218 223
LD-ASA method 179 180 182 189—190 191—192
LD-KKR method 191
Lens surfaces 211 258 261 266
Lifetimes of quasi-particles 79—83 107 323 362—392
Lifshitz — Kosevich (LK) theory see "LK theory"
Line-shape of NMR resonance 490
Linear recursion technique 504—505
LK theory 8—10 126—127 137 233—235 333—334 368 393—394
LK theory and harmonic content 395 415—420
LK theory and harmonic content and g-factor measurement 439—441 443—445 446 447 448 450
Local density (LD) approximation see "LD" "LD-ASA" "LD-KKR"
Local exchange energy 52—54
Local magnetic moments 405—407 470—473
Local spin density (LDO) approximation see "LSD" "LSD-ASA" "SDF-LSD"
Lomer model 152
Longitudinal sound waves 283 288—289 291 318
Lorentz force 16—17
LSD theory 194—196 222 223 252 255
LSD-ASA theory 194
lu 221
Magnetic breakdown 39—44 143 361 396
Magnetic breakdown in ferromagnets 237 263—264
Magnetic breakdown in transition metals 211—212 217 219
Magnetic excitations in itinerant electron ferromagnets 225 229 232 243—251
Magnetic excitations in itinerant electron ferromagnets, spin-flip excitations 265—277
Magnetic excitations in itinerant electron ferromagnets, temperature dependence of dHvA phase 250
Magnetic excitations in itinerant electron ferromagnets, temperature dependence of Fermi surface area 248—249
Magnetic excitations in itinerant electron ferromagnets, thermodynamic properties at low temperatures 243—248
Magnetic field, "interference" of in scattering processes 18—19
Magnetic field, high-precision measurements of 489—492 503—504
Magnetic field, inhomogeneity of 420 436—437 486—489 507
Magnetic field, relation to, dHvA amplitude 427—430 506 see
Magnetic field, relation to, Fermi surface 34—35 237—239
Magnetic field, relation to, freeze-out of spin-flip scattering 471—473
Magnetic field, relation to, g-values 455
Magnetic field, relation to, relative phase shifts (mosaic structure) 427—430
Magnetic field, relation to, specific resistance 12—13
Magnetic field, requirements of, for high-precision dHvA measurements 482 486—492
Magnetic field, stability of 489
Magnetic Gibbs function 128—129 132 140
Magnetic impurity scattering 359 397—399 405—412 456—478
Magnetic induction and magnetic interaction 124—126 290 396 412
Magnetic induction, orientation of, and Fermi surface in ferromagnets 237—239
Magnetic interaction (Shoenberg effect) 124—145
Magnetic interaction (Shoenberg effect) and acoustic attenuation 142—143
Magnetic interaction (Shoenberg effect) and domains 128 130—135 290
Magnetic interaction (Shoenberg effect) and g-factor measurement 136—137 396—397 398—399 439—441 443 444—446
Magnetic interaction (Shoenberg effect) and magnetoresistance 143—145
Magnetic interaction (Shoenberg effect) and magnetostriction 142
Magnetic interaction (Shoenberg effect) and magnetothermal oscillations 140—141
Magnetic interaction (Shoenberg effect) and phase instabilities 126—131
Magnetic interaction (Shoenberg effect) and phase measurement 493 494 497 505 506
Magnetic interaction (Shoenberg effect) and waveshape analysis 124 136—137 396—399 412—420 444 460—468 506
Magnetic interaction (Shoenberg effect), explanation of 124—126
Magnetic interferometer 506
Magnetic pairs 399 471—473
Magnetic torque 287 288
Magnetoacoustics 219
Magneton number 252—253 255
Magnetoplasma wave 27—28 99
Magnetoresistance and magnetic interaction 143—145
Magnetoresistance of Au 150
Magnetoresistance of Be 43—44 143—145
Magnetoresistance of Zr 217
Magnetoresistance, anomalous in dilute alloys 471
Magnetostriction 142 287—290 310
Magnetothermal oscillations 140—141 358
Magnons 4 93 229 243—247
Majority spin 227 235—237 252—259 269 270 477
Many-body effects 46—101
Many-body effects and the interpretation of g-factor results 451—452
Mass see "Effective cyclotron mass" "Effective "Electron-photon
Mean free path see "Vector mean free path"
MG 301
Mg, alloys of 339 360
Mg, magnetic breakdown and dHvA effect in 42 43
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