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| Авторизация |
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| Corciovei A., Costache G., Dederichs P.H. — Solid State Physics |
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| Предметный указатель |
Abarenkov, I.V. 99
Abbel, R. 315
Absorption cross section 192
Absorption power 160
Accleration theorem 17ff 26 43 47
Actinides, thermoelectric power 109
Adams, E.N. 23 45(26)
Adiabatic approximation 194
Adler, J. 94
Afanasev, A.M. 219
AG 208
Ag, thermoelectric power 90
Ag-Pd alloys, thermoelectric power 112ff 115
Aharanov, Y. 8 53
Aharoni, A. 281
Aisaka, T. 107
Akhiezer, A.I. 267
AL 208
Al, thermoelectric power 103 120
Al, thermoelectric power, phonon drag effect 84
Alkali metals, thermoelectric power 96
Alkali metals, thermoelectric power, phonon drag effect 83
Andersen, H.H. 94 98
Anderson, J.C. 252 253(53) 255
Anderson, J.R. 103 104(105)
Anderson, P.W. 65 118(13) 124
Angular momentum representation 170—171
Angus, R.K. 122 123
Anisotropy energy, magnetocrystalline 258ff
Anisotropy, magnetocrystalline 240 245
Anisotropy, magnetocrystalline, energy 267
Anisotropy, magnetocrystalline, single crystal films 251ff
Anisotropy, shape 250ff 260ff 269
Anisotropy, surface 241 257 271ff
Anisotropy, uniaxial 270
Anomalous transmission 160 163 207
Ashcroft, N.W. 120
Astrue, R.W. 275
AU 208
Au, impurity resistivity 118
Au, thermoelectric power, T dependence 74
Au, thermoelectric power, vacancy effects 78
Au-Pt, thermoelectric power 111 113
Au-Pt, thermoelectric power, phonon drag effect 119
Ayukawa, T. 316 323(241)
Bailyn, M. 65 80 81 82 83(48) 85 90 91 108 118(11) 119(74)
Baldwin, T.O. 220 228 234
Baltz, A. 289
Baltz, R.J. 278 279(133)
Band structure, complex, one dimension 144—149
Band structure, complex, three dimensions 149—156
Bar'yakhtar, B.G. 267
Bardeen, J. 129
Barisoni, M. 94
Bass, J. 94
Batterman, B.W. 136 137(8) 156(8) 157(8) 220 234
Bean, C.P. 242 244 259(11) 315
Beeby, J.L. 172
Behringer, R.E. 283
Benson, H. 260
Bertaut, E.F. 259
Bethe — Peierls — Weiss method, magnetic transition 306ff
Bethe, H. 2 65 70(10) 80 136 161(4)
Bhandari, C.M. 108 109(123)
Bilinear Hamiltonian 258
Birss, R.P. 240 241 247(7)
Bitter patterns 278
Bitter powder method 282
Blades, J.D. 248
Blatt, F.J. 64 65(3) 70(3) 84 86 88 89 94 95 98 108 109 112 117(3)
Bloch assumption 80
Bloch assumption, thermoelectricity 73
Bloch electron theory, review 138—140
Bloch electron, effective Hamiltonian 2
Bloch electrons in a magnetic field 26—43
Bloch electrons in a magnetic field, symmetry 47—52
Bloch electrons in an electric field 17—26
Bloch electrons in an electric field, critique of descriptions 23
Bloch electrons in an electric field, time-dependent perturbation theory 25
Bloch functions 6 139ff
Bloch functions on dispersion surface 165—166
Bloch functions, orthogonality 165—166
Bloch theory of solids, fundamental dynamics 43—47
Bloch walls, ferromagnetic films 281
Bloch waves 138—141
Bloch waves, absorption 159—160 162
Bloch's theorem 142
Bloch, F. 1 313
Blount, E.I. 2 6 33(5) 150
Bogoljubov, N.N. 318 342 343(273)
Bohr — Sommerfeld quantization 46
Boltzmann equation, thermoelectricity 70
Booker, G.R. 227
Borelius, G. 68 91
Bormann, G. 184
Born approximation 166 168
Born, H.J. 94 109
Borovikov, Yu.M. 95
Bortolani, V. 97 101
Bosacchi, B. 94
Boudreaux, D.S. 172
Boyd, E.L. 252 253(54) 254
Bozorth, R.M. 255
Bradley, C.C. 100
Bragg reflection 156
Brailsford, A.D. 52
Brass, Nordheim — Gorter plot 79
Brauer, W. 138 142(15)
Brillouin, L. 302
Brodkorb, H. 335
Brodkorb, V. 347
Brodkorb, W. 257 258 260 261(68) 305 312 332(210) 342 345 347 348 349(210 281)
Bross, H. 99
Brown, E. 48
Brown, W.F., Jr. 240 250 266 267 271 272 281 283(139) 289
Buldoc, P.E. 348
Burbank, R.D. 255
Byrnak, B. 129
Calandra, C. 97 101
Callaway, J. 21 82
Callen, E.R. 262
Callen, H.B. 67 262 293 303 343 348(275)
Capart, G. 172
Caroli — Maki theory 134
Caroli, C. 133
Carr, W.J., Jr. 239 240 244 245(3) 246(3) 247(3)
Caskey, G.R. 95
Cd, thermoelectric power 104
Chambers, W.G. 52
Chikazumi, S. 243 252 253 278
Christian, J.W. 68 95
Chroustalev, B.V. 340
Chuprivkov, G.E. 94
Ciobanu, G. 257 342
Clem, J.R. 132
Cobalt, film, Curie temperature 303
Cobalt, film, magnetization 321
Cohen, M.S. 267 279 284 290
Coherent scattering, cross section 192
Coherent wave 142 184—188
Coherent wave equation 187
Coherent wave, absorption 202
Coherent wave, calculation 187
Coherent wave, definition 186—187
Coherent-wave theory, statistically distributed defects 221—236
Cole, H. 136 137(8) 156(8) 157(8)
Coles, B.R. 95 114
Collette, R. 283
Collins, J.G. 81 86(52) 98(52)
Commutator expansions 55—57
| Complex Bloch functions, orthogonality 143
Complex eigenvalues, symmetries 141—144
Comstock, C.S., Jr. 289
Constant coupling approximation, magnetic transitions 303ff
Constraint energy, magnetism 248
Constraint model, magnetoelastic anisotropy 249
Corciovei, A. 257 259 260 261(78) 303 308 311 312 315 316 319 321 330 332 333 334 335 336 342 345 347 348 349(281)
Costa, P. 95
Costache, G. 308 312 345 346 348 349(281)
Couchet, G. 122
Cox, J.E. 95 108 109(125)
Crisp, R.S. 110 119(132)
Crittenden, E.C. 311
Croce, P. 263
Crystal coordinates 3
Crystal eigenfunction, zero range potential 176—177
Cu 208 220 227 233ff
Cu, impurity resistivity 118
Cu, neutron irradiated 235
Cu, thermoelectric power 89
Cuelenaere, A.J. 84 88(62) 94 103
Cumulant-averages 198—199
Curie temperature, films, thickness dependence 312ff 345ff
Current density 140
Current-current correlation function 212
Cusack, N. 68 73 94
Czyz, W. 185
Dalgliesh, I.D. 122 123
Darwin, C.G. 136
Datsenko, L.I. 234
Davis, H.L. 99
Davis, I. 316 323(243) 334
Davis, J. 314
Daybell, M.D. 65 118(12)
De Faget de Casteljau, P. 116
de Groot, S.R. 67 128(21)
De Vroomen, A.R. 77 84 88 94 103
DeBlois, R.W. 278
Debye model 218
Debye — Waller factor 198 229
Debye — Waller factor, anharmonic corrections 200
Debye — Waller factor, harmonic approximation 199
Dederichs, P.H. 207 219(68) 222 228 230 234
Defect clustering 228—236
Density operator 186
Density-density correlation function 205—218
Devant, G. 263
Dickey, J.M. 97 101
dielectric constant 179 183 203
Dietze, H.D. 283
Diffuse scattering absorption 231—236
Dipolar interaction, magnetic 259
Dipole approximation 215
Dirac, P.A.M. 4
Dislocation loop 228
Doering, W. 266 283 315 346
Doherty, J.T. 315 340(234)
Domains, ferromagnetic films 266ff see
Domenicali, C.A. 67 110 116
Donnadieu, A. 122
Dow, J.D. 97 100 101(97)
Doyle, W.D. 289
Drigo, A. 311
Druyvesteyn, W.F. 124
Druzhinina, I.P. 95
Dugdale, J.S. 90 91 94 96 97 101 102 119(74)
Duke, C.B. 172
Dynamical diffraction theory, optical potential methods 135—236
Edelheit, L.S. 227
Edelman, I.S. 251 252 256(51)
Edwards, A.R. 95
Edwards, L.R. 95
Effective Hamiltonian, Bloch electron in magnetic field 26
Effective Hamiltonian, electric and magnetic field 12
Effective Hamiltonian, expansion in magnetic field 37—43
Effective Hamiltonian, multiband 36
Effective Hamiltonian, single band 29 45
Effective Hamiltonian, single band, electric and magnetic fields 45
Effective Hamiltonian, symmetry 51—52
Efimov, O.N. 220 234
Einstein model 206
Eisenlohr, H. 216
Electrical resistivity, phonon drag effect 86
Electron diffraction 178 197—210
Electron diffraction, averaged potential 197—200
Electron diffraction, electron and phonon excitations 197
Electron diffraction, electronic excitations 200—204
Electron diffraction, low energy 166—173
Electron diffraction, multiple beam case 161—165
Electron diffraction, optical potential 197—210
Electron diffraction, phonon excitations 204—210
Electron diffraction, phonon excitations, correlation function 205—206
Electron diffraction, phonon excitations, divergence difficulties 208—210
Electron diffraction, two beam case 156—161
Electron transport, phonon drag effects 80ff
Electron-magnon interaction 108
Electronic specific heat, Thomson coefficient 69ff
Electrons in solids, dynamics 1—62
Electrons in solids, kq-representation 1—62
Elistratov, A.M. 234
Elschner, B. 251
Ericson, M. 185
Ericson, T.E.O. 185
Ettingshausen effect 124ff
Ettingshausen effect, In—Pb alloy 127
Ettingshausen effect, superconductor, type II 130ff
Evans, J.P. 95 109
Ewald, P.P. 136 184
Exchange energy, Hamiltonian 256ff
Exchange energy, magnetic 267
Exchange energy, magnetization 240
Extinction lengths, LEED 137
Extinction lengths, neutrons 137
Faber, T.E. 100
Fadin, V.P. 116
Farrel, T. 89 95 107 120(72 117)
Fawcett, E. 124
Fe, films, magnetic properties 348
Feldtkeller, E. 282 283
Ferchmin, A.R. 340
Fermi energy, thermoelectric power 70
Fermi's pseudopotential 178
Fermi, E. 166
Ferrier, R.P. 278 279(131 132)
Ferromagnetic films 237—350
Ferromagnetic films, Bloch walls 281
Ferromagnetic films, contamination effects 315
Ferromagnetic films, cubic, structure constants 324
Ferromagnetic films, domains 266ff 275ff 280ff
Ferromagnetic films, free energy 285
Ferromagnetic films, magnetization 362
Ferromagnetic films, magnetization ripple 283
Ferromagnetic films, magnetization, spatial distribution 333ff
Ferromagnetic films, magnetization, T dependence 313ff
Ferromagnetic films, Neel walls 281
Ferromagnetic films, orientation 264
Ferromagnetic films, saturation magnetization 291ff
Ferromagnetic films, spin waves, modes 328ff
Ferromagnetic films, stripe domains 278
Ferromagnetic resonance 337
Ferromagnetic resonance, condition 261
Ferromagnetic transition, films 291
Feshbach, H. 185
Fetter, A.L. 185
Films, magnetocrystalline anisotropy 253ff
Films, orientation, cubic system 264
Films, single crystal, growth 251
Films, tension in 254ff
Fiory, A.T. 125 129 130(186 187) 131 133(196) 134(196)
Firsov, N.N. 95
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