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| Авторизация |
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| Rado G.T. — Magnetism |
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| Предметный указатель |
Daniel, E. D. 365 (63) 369 73) 370 371 373 375 389 392
Danielian — Stevens method 85—88
Danielian, A. 85 86 112 113
Darken, L. S. 566 587 595
Darnell, F. J. 374 (84) 377 378 393
Davis, D. D. 197 (6) 208 266 269
Davis, P. F. 442 (122) 463
Dayhoff, E. S. 296 (99) 347
De Blois, R. W. 412 414 431 432 433 434 435 442 443 463 464
De Gennes, P. G. 121 (11) 134 135 21) 139 140 31) 146 239 268
De Mars, G. A. 83 (38) 112
de Vos, K. J. 352 (6 6b 7) 379 384 101) 385 390 393
Dearborn, E. F. 590 591 597
Deetscreek, V. D. 296 (104) 347
Degtyarev, I. F. 420 (38 41) 430
Delaney, E. 588 (81) 597
Delapalme, A. 191 (6) 207
Delorme, C. 41 (48) 54 75) 60 61 195 208
Demagnetization, internal 365
Deschamps, A. 197 (1) 209 277 345
Deville, H. St. Claire. 586 507
Dietrich, W. 513 515 516 517 523
Diets. R. E. 285 288 346
Diffraction optical, by domain structure 428—429
Diffraction optical, in uniaxial crystals 436—441
Diffraction optical, iron whiskers 430—435
Diffraction optical, of  438—441
Diffraction optical, surface 435—436
Dijkstra, L. J. 413 414
Dillon, J. F., Jr. 418 (21 24) 419 420 24) 421 54 55 61) 422 24 61) 423 428 429 436 24 61) 437 444 445 446 448 136) 461 462 464 539 544 551 581 593 597
Doell, R. R. 286 346
Domain (s), antiferromagnetic 453—459
Domain (s), ferromagnetic-antiferromagnetic, total energy of 339—340
Domain (s), interaction 374
Domain (s), single, critical particle size 272—273
Domain (s), structures 415—442
Domain (s), structures, cubic materials 430—436
Domain (s), structures, electron microscope observation 424—427
Domain (s), structures, Hall probe mapping 427
Domain (s), structures, Permalloy probe measurement 427
Domain (s), structures, walls 442—459
Domain (s), structures, walls, cross-tie 491
Domain (s), structures, walls, motion, flux reversal by 538—541
Domain (s), structures, walls, motion, in Fe whiskers 443—444
Domain (s), structures, walls, motion, in manganese ferrite 444—448
Domain (s), structures, walls, motion, in yttrium-iron garnet 448—450
Domain (s), structures, walls, motion, theory 450—453
Domain (s), structures, walls, perturbation 495
Domain (s), structures, walls, S 454 457
Domain (s), structures, walls, T 454
Domain (s), structures, walls, twin, motion 458—459
Domain (s), structures, walls, types in NiO 453—456
Domain (s), structures, x-ray diffractometer observation 427—428
Domb, C. 128 (14b) 146
Dombrovskaya, T. N. 419 (28) 461
Donnay, G. 151 (13) 205 215 267
Donnay, J. D. H. 151 (13) 205 215 267
Dorfman, J. 272 344
Doring, W. 301 302 304 347
Doyle, M. V. 336 349
Doyle, W. D. 353 (11) 390 391 481 497 498 522
Drechsel, W. 420 461
Dreyfus, R. 204 (12) 209
Drigo, A. 312 348
Drokin, A. I. 435 (106) 463
Dulac, J. 54 (74) 61
Dunitz, J. D. 39 (43) 42 60 102 113
Dunmur, I. W. 233 (39) 268
Dwight, K. 10 (11) 59 107 114 164 195 196 197 202 205 208 209 334 349 569 93) 596
Dylgerov, V. D. 420 (38) 430 435 461 463
Dyson, F. J. 146 301 347
Dysprosium magnetic structure 240—242 245—246
Dzialoshinsky, I. E. 7 (9b) 59 150 4) 160 181 188 191 199 205 206 207 209
Earl, H. E., Jr. 422 (60) 444 445 446 462 464 539 544 551
Econornos, G. 557 (5) 558 579 580 595 596
Edwards, P. L. 107 114 569 596
Eisele, J. A. 93 (62) 113
Ekstein, H. 301 (116) 347
Eldridge, D. F. 364 (60) 392
Electron (s), collective 28—29
Electron (s), correlations 25
Electron (s), density mapping, differences for neutrons and x-rays 262—265
Electron (s), distributions, magnetic, in transition elements and alloys 254—256
Electron (s), localized 29—36
Electron (s), outer 24—37
Electron (s), outer, where  36—37
Elliott, J. F. 240 242 268 269
Elliott, N. 57 (84) 61 97 69) 102 113 151 194 11) 205 208 215 267
Elliott, R. J. 135 (20) 136 137 138 146 239 268 269 345 346
Ellipsoid, ideal, in a uniform applied field 399—402
Elmore, W. C. 275 282 345
Energy (ies), density, magnetic free 483
Energy (ies), density, magnetostatic, of isotropic assembly of particles 363
Energy (ies), dipolar 199—200
Energy (ies), domain wall 442
Energy (ies), interaction, between spins 160ff.
Energy (ies), interaction, decomposition 198—199
Energy (ies), internal, cation distribution dependent 40
Energy (ies), Madelung,  stabilization 47
Energy (ies), Madelung, 2—3 spinels 40—42
Energy (ies), outer electron 37—38
Energy (ies), polarization, ionic crystals 42—43
Energy (ies), self-, magnetostatic 397
Energy (ies), short-range 45—46
Energy (ies), site preference 37—47
Energy (ies), states distribution, gaps in 28
Energy (ies), total octahedral-site preference 46—47
Entropy of ionic distribution per formula unit 39
Enz, U. 245 269 335 349 420 422 436 439 440 441 462
Epitaxy of oxide films 336
Erbium magnetic structure 242—244 246—247
Erickson, R. A. 100 113 181 206
Ericson, M. 130 (15b) 138 140 30) 146
ESD iron-cobalt particles 373—374
ESD oxidation 374
Essig, F. C 533 (13) 540 547 551 552
Evdokimov, V. B. 277 (26) 345
Everitt, C. W. F. 288 346
Ewing, J. A. 325 349
Exchange, coupling, TCNQ salts 81
Exchange, energy 397
Exchange, field 105 534
Exchange, field, acting on an atom 66
Exchange, field, ferrimagnetic compound 105
Exchange, field, infinitely long cylinder 544 549
Exchange, interactions,  109
Exchange, interactions,  110
Exchange, interactions,  92—94 108
Exchange, interactions, evaluation from experimental data 63—114
Exchange, interactions, ferrimagnetic compounds 103—107 111
Exchange, interactions, in dilute solid solutions 81—84
Exchange, interactions, in rare earth metals 245
Exchange, interactions, layer structures 109—110
Exchange, interactions, MnS 87
Exchange, isotropic 161—170
Exchange, isotropic, energy, Lyons — Kaplan method 201—204
Exchange, isotropic, equivalent atoms 165—166
Exchange, isotropic, ilmenites 191—193
Exchange, isotropic, k-vector 165
Exchange, isotropic, matrix equation 161—164
Extension, mean radial 24
Fabian, R, W. 374 (85) 393
Fagen, E. 571 (47) 596
Fahlenbrach, H. 353 (9) 361 387 103) 391 393
Fain, V. M. 301 347
Falk, R. B. 335 349 374 393
Fallot, M. 101 (79) 113
Fe-Al system magnetic structure 235
Fe-Co-O ferrite system 566
Fe-Ni-O ferrite system 564—566
| Feidtkeller, E. 479 (32) 486 491 495 522
Felcher, G. P. 250 (78) 269
Ferguson, E. T. 470 (8) 471 473 521
Ferrette, A. 588 597
Ferrimagnetics, hexagonal 567
Ferrimagnetism in ilmenites 191—192
Ferrite, films 570—571
Ferrite, magnetic properties, effect of polycrystallinity 571—580
Ferrite, preparation, atomizer burner method 557—558
Ferrite, preparation, hydroxide method 558
Ferrite, preparation, oxalate method 558
Ferrite, preparation, precipitation method 558—559
Ferrite, preparation, precursor method 559
Ferrite, preparation, pyridine method 559
Ferrite, preparation, thermal decomposition 557
Ferrite, sintered 554—557
Ferrite, sintered, porosity 571—572
Ferrite, toroids, computer applications 527—529
Ferro, A. 430 (91) 453
Ferromagnet(s), above Curie point 128—130
Ferromagnet(s), below Curie point 130—131
Ferromagnet(s), effects of finite dimensions and interfaces 271—350
Ferromagnet(s), long-wavelength magnetization density fluctuation 127—131
Ferromagnet(s), weak, antisymmetrical coupling in 175—176
Ferromagnet(s), weak, dipolar anisotropy 176
Ferromagnet(s), weak, in $\rm {MnFe}_{3} 185—186
Ferromagnet(s), weak, pseudodipolar anisotropy 176
Ferromagnetism, in iimenites 191—192
Ferromagnetism, in nonmetals 107
Ferromagnetism, in ordered lattices 165
Ferromagnetism, symmetrical and antisymmetrical 173
Ferrospinels 39—47
Ferrospinels, cation distribution 39
Ferrospinels, structure 10
Field, molecular 111
Field, molecular,  and  98
Field, molecular, FeO and CoO 96
Field, molecular, layer structures 101—103
Field, molecular, MnO 96
Field, molecular, MnS 97—98
Field, molecular, NiO 97
Field, molecular, rutile structures 100—101
Field, nucleation 401—402 408—409
Figgis, B. N. 78 79 80 112
Films, thin, as fine particle magnet materials 388—396
Films, thin, boundary conditions 302—305
Films, thin, Curie points 312—313
Films, thin, magnetic properties 298—314
Films, thin, magnetization,, applied field effect on 305—306
Films, thin, molecular field theory 306—308
Finegan, J. D. 474 (23) 476 522
Fischer, I. 26 (32) 60
Flanders, P. J. 277 (25) 280 290 345 362 370 376 378 379 380 381 392 393
Flipping ratio 252
Flux reversal 525—527
Flux reversal, experimental procedures 529
Flux reversal, experimental results 530—532
Flux reversal, non-uniform magnetization rotation 541—546
Flux reversal, uniform magnetization rotation 546—550
Foex, G. 76 79 112
Folen, V. J. 105 114 458 464 589 597
Foner, S. 100 (75) 113
Force, coercive,  powders 374—376
Force, coercive, aligned assembly of uniaxial particles 277
Force, coercive, angular variation 366—368
Force, coercive, for curling reversal 355
Force, coercive, intrinsic 353—354
Force, coercive, negative K local regions affecting 495—499
Force, coercive, single domain particles 363—364
Force, coercive, size dependence 357—358
Force, coercive, thermal fluctuation effects 356—357
Force, short-range 45—46
Form factor, application of polarized neutron beams 250—254
Form factor, cobalt 256—258
Form factor, iron 255—257
Form factor, magnetic 247—265
Form factor, nickel 256—258
Form factor, studies 266—267
Forrat, F. 12 (12b) 54 59 61 151 21) 192 193 20) 197 205 207 208 566 595
Foster, F. G. 418 (14) 420 436 461 463
Fourier inversion method applied to  261—262
Fowler, C. A., Jr. 412 (29) 414 418 16 20) 420 36 37 45) 431 461 462 483 522
Fox, M. 436 (118a) 463
Francombe, M. H. 49 (61a) 61
Frank, D. 301 (116) 347
Franklin, A. D. 282 (43) 345
Frazer, B. C. 176 (44) 189 191 206 207
Freedman, J. F. 309 (146) 319 348 349
Freeman, A. J. 254 257 258 259 260 261 262 265 269
Frei, E. H. 276 (19) 338 345 349 355 356 358 359 391 398 402 405 408 410 411 413 473 4/4 543 547 552
Freiser, M. 164 204 206 209
Frenkel, J. 272 344
Fryer, E. M. 412 (29) 414 418 16 20) 420 36 37 45) 431 461 462 483 522
Fuchs, E. 424 (66) 462 479 522
Fujimi, S. 15 (13a) 59
Fuller, C. E. 435 (105) 463
Fuller, H. W. 419 (25 26) 424 425 461 462 478 479 483 491 495 522
Funatogawa, Z. 311 (151) 398
Gait, J. K. 106 (111) 114 356 391 395 397 409 413 416 417 418 430 444 449 460 461 463 464 526 534 539 22) 551 589 597
Gambino, R. J. 594 595 597
Gans, R. 361 368 388 391
Garnet, ferrimagnetic, domain wall motion 448—450
Garnet, ferrimagnetic, domains in 436
Garnet, neutron diffraction of 197
Garnet, preparation 566—567 590—594
Garnet, preparation, hydrothermal crystallization growth 594
Garnet, structure 11—14
Gaunt, P. 352 (5) 369 370 381 390
Geller, S. 5 (7) 12 59 151 153 205 197 208
Gemperle, R. 436 (112 113 114 118) 463
Gengnagei, H. 430 (77) 462
Gerlach principle 362
Germer, L. H. 419 (29) 461
Gersch, H. A. 228 268
Geschwind, S. 576 (62) 596
Geusic, J. E. 16 (14) 59
Ghika, G. 307 (138) 348
Gianoia, U. F. 528 (5) 551
Gijsman, H. M. 76 (11) 77 103 112 114
Gilbert equation 506
Gilbert, T. L. 506 523 533 551
Gilleo, M. A. 7 13 59 197 208
Gilmour, A. 80 112
Ginzburg, V. L. 301 347
Giron, V. 274 345
Glass, S. J. 302 303 347
Glenn, R. C. 424 (67) 426 462
Goedkoop, J. A. 197 (2) 209
Goiovkin, V. S. 221 (15) 268
Goldberg, N. 589 (90) 597
Goldschmidt, V. M. 5 59
Golovato, E. 50 (63) 61
Gondo, Y. 311 (151) 348
Gooch, F. A. 586 (78) 597
Goodenough, J. B. 4 (3) 5 7 10) 18 27 28 37 34 39) 39 49 50 65) 51 67) 52 53 54 55 56 39) 58 59 59 60 61 62 102 113 312 348 388 393 436 463 482 491 492 522 529 531 536 538 539 540 551
Gorter, C. J. 103 114
Gorter, E. W. 20 (17) 22 60 103 114 197 209 555 556 567 569 595 596
Gossard, A. C. 109 114 442 463
Goudsmit, S. 25 (21) 34 60
Goureaux, G. 309 (139 140) 312 313 348
Graham, C. D., Jr. 327 332 180 181 334) 349 430 431 432 433 434 462 463 472 16) 498 499 521
Graham, J. W. 286 346
Gran, B. E. 334 (189) 349
Grannis, F. H. 207
Granulometry, ferromagnetic 286
Granulometry, superparamagnetic 281—285
Granulometry, superparamagnetic, catalysis problems 283—284
Gravel, C. L. 574 (51) 596
Green, A. 483 522
Green, J. J. 576 (65) 577 596
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