MI see "Magnetic interaction"
Migdal — Kohn anomaly 32—34
Minority spin 227 235—237 252—259 477
Mixing sidebands method for g-factor measurement 439 440 445—446
Mn, as impurity in Au host 471
Mn, as impurity in Pd host 476—477
MO 152 214
Mo, alloys of 360
Mo, band energies 179
Mo, Fermi surface 211 212—213 257 268 279 309
Momentum 22
Momentum-space orbits 11
Monsters 8 12
Mosaic structure 380 422—431 507—508
Mosaic structure and dislocations 431—432
Mosaic structure, bicrystal 424—426
Mosaic structure, Gaussian spread of crystallites 426—431
Moustaches 11
MT approximation 160 208 222 295—296 306 312 316 341—344 374
MTO methods 161 162—165. 173 176
MTZ 341 346 347—348
Na 99 see
Na, g-factor 446—470
Na, spin-susceptibility 446—447 449
Nb, band energies 179
Nb, densities of states 172—173
Nb, Fermi surface 211—212
Nearly-free electron model 20 152 297 339—340 394
Neck orbit and angular dependence of Dingle temperature, in Cu 429—430
Neck orbit and magnetic "interference" 18
Neck orbit and MI effects, in Au 464—465
Neck orbit and mosaic structure effects, in Au and Cu 427-430
Neck orbit and the evaluation of potentials 202
Neck orbit for alloys of Au 468—469 472—473
Neck orbit for alloys of Cu 382—383
Neck orbit in Ni 242 251 253 254 268
Neck orbit, area of, in noble metals 203—204
Neck orbit, break-up of 29
Neck orbit, g-factors for, in noble metals 447—449 453—454
Neck orbit, oscillation measurements, in noble metals 503—505
Neck orbit, scattering rate for, in Cu and Cu alloys 382—385
Neck orbit, stress dependence of in noble metals 306
Neck orbit, stress dependence of in W 309—316
Neck orbit, stress dependence of, in Cu 306—311
Neck orbit, temperature dependence of 269—270
Neck orbit, volume dependence of, in W 313
Needle orbit 361 396 397 449 478
Neutron irradiation, effects of 358 359
Neutron scattering 229 272 476—477
NI 152 196 227—231 233 235—238 241—243 248 478
Ni, band structure 251—252
Ni, Fermi surface 251—265 269—271
Ni, Fermi surface, neck orbit 242 261 253 254 268
Ni, magnetic (spin-flip) excitations in 265—266 269—276
NMR measurements 489—492 502—505
NMR measurements, choice of material for 490
Noble metals 149 150 181 341 352 370 424 see "Au" "Cu"
Noble metals as transition metals 149 199 304
Noble metals, alloys of, experimental results 379—386
Noble metals, alloys of, waveshape analysis in dHvA effect 470—474
Noble metals, electronic structure of 199—204 292
Noble metals, g-factors 447—449 451 452 453 454
Nucleation 129—131 133—135 139
Octahedral surfaces 211 256—258 261 264—265 312—314
One-electron potentials 155—160
Onsager phase factor 394 481
Onsager relations 117—118 322
Open orbits 11—19 41
OPW methods 292—294 297—303 355 455
Orbits 10—11 25—26 see belly etc.)"
Orbits and magnetic breakdown 39—44
Orbits in a thin plate 31
Orbits, closed 8 11 15 41
Orbits, open 11—19 41
Orbits, self-intersecting 12—13
Orientation, and high-precision dHvA, measurements 482—486 487
Orientation, and high-precision dHvA, mosaic structure effects 427—429 507—508
Orientation, and high-precision dHvA, strain measurements 286
Orientation, and high-precision dHvA, symmetry directions 286 424 426—431 484
Orientation, and high-precision dHvA, torsion balance measurements 138
Os, band structure 170—171 186
Os, Fermi surface 220—221
P-wave scattering 345 355 356 388—389
Parabolic band 168 245
Parabolic points 36—37 38
Paramagnons 93 245
Partial waves 161—162 164 181—184 341—342 355 381—391 453 474 475
Path-integral approach to transport problems 102—123
Path-integral approach to transport problems, Boltzmann equation 102—107
Path-integral approach to transport problems, non-uniform fields 120—123
Path-integral approach to transport problems, relaxation time approximation 108—109
Path-integral approach to transport problems, thermoelectric effects 117—120
Path-integral approach to transport problems, vector mean free path 109—117
PB 286
Pb,  plot 78—79
Pb, plot, effect of strain on Fermi surface 297—304
Pb, plot, electron-phonon coupling constant 71
Pb, plot, frequency modulation due to MI in 445—446
Pb, plot, g-values 450 454—455
Pb, alloys of 360
pd 237
Pd, alloys of, dHvA effect 360
Pd, alloys of, ferro-magnetism in 476—477
Pd, electronic structure 153 172—173 179 184 191 194 195 204—210
Pd, g-factor 207 450
Pd, many-body parameters 66—67 78
Peltier coefficient 117
Period of dHvA oscillations 9 11
Phase boundary and domain nucleation 134—135
Phase instability, and magnetic interaction 125 126—131
Phase shift inversion 374—375
Phase shifts and dHvA effect in dilute alloys 341—352
Phase shifts and dHvA effect in dilute alloys, Friedel shifts 347—350 352—355
Phase shifts and dHvA effect in dilute alloys, hybrid phase shift/plane wave method 352
Phase shifts and Fermi surface fits for transition metals 201 202 208 212
Phase shifts and Fermi surface fits for transition metals and strain measurement 285—286
Phase shifts and Fermi surface fits for transition metals, pseudopotential methods 291—292 294—296 305—309
Phase transition, and change in Fermi surface topology 22 29—30
Phase, dHvA, and waveshape analysis 136—137 141—142 399—404 407—420 443—444
Phase, dHvA, and waveshape analysis in presence of magnetic impurities 459—469 473 474 476
Phase, dHvA, and waveshape analysis, dephasing effects 380 420—437 445—446
Phase, dHvA, and waveshape analysis, high-precision measurements 481 482 484 486 488 489 492—508
Phase, dHvA, and waveshape analysis, high-precision measurements, computer-based techniques 497—502
Phase, dHvA, and waveshape analysis, high-precision measurements, errors due to spurious effects 505—507 508
Phase, dHvA, and waveshape analysis, high-precision measurements, graphical techniques 493—497
Phase, dHvA, pressure dependence 239
Phase, dHvA, temperature dependence 250—251
Phasor diagram 404 409 410 417 419 463
Phonon scattering 104—106
photoemission 153 198 202—203 208—209 213—214 215 237
Photon dispersion law, anomalies in 36—37
Piezo-optical measurements 202
Pippard criterion for g-shift upper limit 454
Pippard oscillations 29 38
Plane-wave occupancy factor, effect of many-body interactions on 100
Pockets 22
Pockets in Fe 256—261 266
Pockets in Fe, mixed-spin 258—260 266
Pockets in Ni 238—239 253—254
Polarized spiral wave 27 135
Polyvalent metals, alloys of 477—478
Polyvalent metals, g-factor results 449—450 451 454—455
Positron annihilation 153 233 251 265
Potential parameters 160—161 167 174—186 222
Potentials 154—186 see
Potentials, effective 48 50 56 58—60 84 101
Potentials, one-electron 155—160
Pressure see also "Hydrostatic pressure"
Pressure and cohesive properties of transition metals 186—193
Pressure and equilibrium properties of  87
| Pressure and Fermi liquid parameters for 93
Pressure and Fermi surface area 201 207 210 239—243 266—269
Pressure bomb technique 278
Pressure, change of crystal structure by 196 214
Projection techniques 397 413—420 443 444—445
Pseudopotentials 20 22 190
Pseudopotentials and the dHvA effect in dilute alloys 339—341 352 355
Pseudopotentials and the effect of strain on the Fermi surface 291—304
Pseudopotentials, OPW 292—294 297—304
Pseudopotentials, phase-shift 291—292 294—296
Pseudopotentials, square-well 176
pt 236 483
Pt, electronic structure 204—210
Pt, g-factor 450
Pt, many-body parameters 66—67
Quantization 8—9 10 44
Quantization and acoustic attenuation oscillations 142—143
Quantization and magnetic induction 126
Quantization, of chords of the Fermi surface 30—31
Quasi-classical effects 7 8 16—17 41
Quasi-momentum 4 5 7 22 38—39
Quasi-particle-hole pairs 228—229 230
Quasi-particles 4—7 47 66 88—89
Quasi-particles and Fermi liquid theory 88—89 100
Quasi-particles, lifetimes of 79—83 107 323 362—392
Quasi-particles, relaxation rate of 96—97
Quasi-particles, self-energy of 79—83 88—89 95 364—367
Radiofrequency-size-effect 82
Random phase approximation 229 245
RAPW method 153 204
Rare earth metals 92 153 221 222
Rb see also "Alkali metals"
Rb, energy bands in 179
Rb, g-factor 446—447
Rb, spin susceptibility 446—447 449
Re 153 219
Real-space orbit 10—11
Relative harmonic amplitudes of dHvA oscillations 399—403
Relative harmonic amplitudes of dHvA oscillations and dephasing 422
Relative harmonic amplitudes of dHvA oscillations and g-factor measurement 405 439 440 441 443—445
Relative harmonic amplitudes of dHvA oscillations and magnetic impurity effects 462—469
Relative harmonic amplitudes of dHvA oscillations and magnetic interaction 418—420
Relative harmonic amplitudes of dHvA oscillations and spin-dependent scattering 408—412
Relative harmonic amplitudes of dHvA oscillations, due to field inhomogeneity 436—437
Relative harmonic amplitudes of dHvA oscillations, due to lattice dislocations 431—436
Relative harmonic amplitudes of dHvA oscillations, due to mosaic structure 425—431
Relativistic APW (RAPW) method 153 204
Relativistic effects in band structures and Fermi surfaces 171 181—186 202 203—204 205 213 216 219
Relaxation time 15 96—97 102 106 113 123 317—318 397—398
Relaxation time approximation 108—109
Relaxation time formalism 108 113
Relaxation time, temperature dependence of 96—97
Relay effect 43—44
Renormalization of wave functions 76—77 100 331—332 344 348 366 380—381 391
Repeated random phase approximation 103
Residual phase number 492—494
resistivity 16—18 349 384 386 474 see
Resistivity, temperature dependence of 18 475
Rh, alloys, of 360—361
Rh, electronic structure 179 204—210
Rh, g-factor 450
Rh-Fe system 474—476
Rigid-band model 338—339 348 356—360
Rigid-rigid band model 339
Rosette orbit, g-factor 448
Rosette orbit, mosaic structure effects in Au 427—428
Rosette orbit, oscillations in Cu 480 483
Rosette orbit, stress dependence of in Cu 307 308
Rotation diagram 483 485
Ru, band energies 179 219
Ru, Fermi surface 220
S-wave scattering 345 355 356 388—390
Saddle points 36 206
SB 11
Sb, alloys of 357
Sb, g-factor 439 453
Scaffolding surface 206—207
Scattering see also "Mosaic structure"
Scattering and magnetic field "interference" 18—19
Scattering and the path-integral method 102—123
Scattering by impurities 39 109 292 321 328—356 362—365 368—392
Scattering by impurities, magnetic 359 397—399 405—412 456—478
Scattering by lattice dislocations 431—435
Scattering, backscattering 344—345 347—352 354—355 374 459
Scattering, catastrophic 109 123
Scattering, elastic 38—39 104 106 107 109 110 329
Scattering, forward 94 331—332 365 374
Scattering, inelastic 104 106 107 109 111 232 272
Scattering, Inward 104 106—107 115—116 120
Scattering, neutron 229 272 476—477
Scattering, outward 103—104 106—107 115—116 120
Scattering, partial-wave 345 355 356 388—390
Scattering, phonon 104—106
Scattering, spin-flip 331 398 471 478
Scattering, strong 325—326
Scattering, surface 122—123
Screened Coulomb potential 60 66 70
Screened Coulomb potential and calculation of susceptibility 64—65
Screened Coulomb potential and effective mass 61—62 64—65 67
screening 58—60 65 180 188
Screening of impurity moments 457—458 475
Screening of impurity potentials 331 333 354
SDF theory 226 228 229 252
SDF- 227 236 253 254
SDF-LSD theory 226—227 236 241 253 254
SDS see "Spin-dependent scattering"
Secondary electrons 214
Self-consistent procedure used in band- structure calculations 49—50
Self-energy for dilute alloys 326—338 362 364—367 398 456—460
Self-energy for dilute alloys in zero magnetic field 326—328
Self-energy of quasi-particles 79—83
Self-intersecting orbits 12—13
Semiconductors 17 104 109 121 215
Shear see "Angular shear" "Tetragonal
Shoenberg effect see "Magnetic interaction"
Shubnikov — de Haas effect 17 121 259 357 358
Side-lobes due to square data-windows 498-499
Sidebands in MI mixing 445—446
Single-particle theory 48—57
Sinusoid averaging technique 495—497 501
Size effects 10—11 31
Skin effect 16 23—24 101 135 150
Skin effect and cyclotron resonance 25—27 31—32 72 74
Skin effect and errors in dHvA measurements 439—440 441 442 443 503 505—506
Sn 287 290
Sn, effective electron-phonon coupling constant for 71
Solenoids, superconducting 486—489 493
Solute concentration, measurement of 507
Sound wavelength 10
Sound waves and strain dependence of Fermi surface 283—284 288—289 310 315—317 317—318
Sound waves, attenuation of 23—25 28—29 284 317—318
Sound waves, attenuation of, absorption coefficient 25 28
Sound waves, attenuation of, and Pippard resonance 28—29 38
Sound waves, attenuation of, and the Fermi surface 29—30
Sound waves, attenuation of, for zero sound 97—99
Sound waves, attenuation of, frequency dependence 97—99
Sound waves, attenuation of, giant oscillations 142—143
Sound waves, attenuation of, temperature dependence 97—99
Sound waves, hydrodynamic 86—87 97
Sound waves, longitudinal 283 288—289 291 318
Sound waves, transverse 283 291
Sound waves, velocity of 86—87 97—99 287—289
Sound waves, velocity of, for zero sound 90 98—99
Specific heat 73
Specific heat and electron-phonon enhancement 68 77 82
Specific heat of Fermi liquid 84 85 87 89—90 92
Specific heat, many-body corrections to 60—67
Spectral density, in alloys 326—328 332
Specular reflection of electrons 11 16 30—32
Spin density 213 158—159 232 237 see
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