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| Àâòîðèçàöèÿ |
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| Ïîèñê ïî óêàçàòåëÿì |
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| Stoner E.C. — Magnetism and Atomic Structure with 56 diagrams |
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| Ïðåäìåòíûé óêàçàòåëü |
Absorption lines for crystals, Zeeman effect on 250
Adiabatic invariance 98 112 210
Aepinus 5
Aether 10 13 91—92
Allen 281
Alloys, Heusler 336—337
Alloys, magnetic properties of 335—337
Alloys, of ferromagnetic metals 152—153
Alpha rays 11 47
Alternating fields, influence on polarization of resonance radiation 259 348
Ammines, magnetic properties of 327—330
Ampere 7 9 19 31 59
Anderson 317
Andrade 119 340
Angular momentum of orbital electrons 36
Anomalous paramagnetism see “Residual paramagnetism”
Anomaly, gyromagnetic 190 192—197
Anomaly, half quantum number and magnetic core 239
Arago 7
Arc, vacuum 218—229
Arvidsson 191 197
Aston 11
Atomic angular momentum 239 see inner”
Atomic number, effective 326
Atomic Radii 303—306
Atomic rays, magnetic deviation of 198—211
Atomic spectra 95 226—232 298—302 309—317
Atomic stability 341—344
Atomic stability, standards of 298 309 319
Atomic structure 98—106 297—317
Atomicity of electricity and action 341
Auerbach 58 158 259 295
Auwers 157 280 335 340
Back 58 217—221 243 316 317 357
Balance, magnetic 272
Band spectra, and molecular structure 170
Band spectra, Zeeman effect on 250
Barkhausen 296
Barkhausen effect 295
Barnett, L.J.H. 191—192 197
Barnett, S.J. 184 191—192 194
Bates 186—190 197
Baudisch 324—325 340
Bauer 123—126 157 347
Bechert 314 317
Beck, E. 191 197
Beck, K 156
Becker 288
Becquerel, E. 48
Becquerel, H. 170
Becquerel, J. 250
Belz 38 58
Bichowsky 358
Binding of electrons by nucleus 99 342
Biot 7
Birge 358
Bloch 150 152
Boas 44
Boernstein 157 281
Bohr 13 64 84 98—110 118 119 260 306 342 345 350 357
Bois, du 44 250
Bonds, multiple, magnetic effect of 331—333
Born 93 111 118 284 357 358
Bose 357
Bothe 118 350
Bowen 103 244
Brace 246
Bragg 303
Brant 127
Breit 254 257 258 260 348
Brillouin 92 118
Broglie, de 102
Bruins 127
Bruygmans 9
Burger 232—234 244
Burgers 98
Cabrera 127—130 136 157 164 166 281 357
Cajori 15
Campbell, L.L. 284 295
Campbell, N.R. 15 118 119 318 340
Carrard 296
Carriers, in electric conduction 286
Carriers, magnetic 76 83 168 180 184 194 339
Carriers, of ferromagnetism 337
Catalan 314 317
Chattock 186—190 197
Chemical and magnetic properties of solutions 164
Clark 340
Closed configurations 100—104 109 167 208 227 298 302—309 323 342
Closed configurations, angular momentum of 240 307
Co-ordination compounds 325
Co-valence 318—320
Cobaltammines, constitution of 325
Coercivity 61 82 153—154 337
Coercivity, in thin films 87
Coffin 16 36
Collet 131 158 182
Collisions of second kind 251
Completed configurations see “Closed configurations”
Complex ions 324—331
Complex salts, susceptibilities of 326 328
Compton 93 180 350
Concentrated solutions, magnetic properties of 130
Conduction theory of magnetism 9
Congelation, magnetic 170
Conjugate electronic groups 104 313
Conservation principles and radiation 349—352
Constitutive magnetic effects, in ammines 327—328 330
Constitutive magnetic effects, in organic compounds 261 263 331—334
Contact, magnetic field of 88 153
Core, atomic 222
Core, magnetic moment of 228—231
Correspondence principle 98 222 233—234
Corresponding temperatures for ferromagnetics 79 151
Cotton 249
Coulomb 5—6
Cranston 340
Crookes 10
Cryomagnetic anomalies 144—147
Crystal aggregates 80—82
Crystal size and ferromagnetic properties 154
Crystal structure and ferromagnetism 286 337—339
Crystal structure and Hall effect 286
Crystals, composed of dia- and paramagnetic atoms 338—339
Crystals, deportment of, in magnetic field 279—280
Crystals, diamagnetic 267—268
Crystals, diamagnetic, molecular field in 278—280
Crystals, ferromagnetic 80—82 154—157 173—175
Crystals, iron, Joule effect in 283
Crystals, magnetic properties of 337—339
Crystals, mixed, containing ferromagnetic metals 336
Crystals, molecular field in see “Molecular field”
Crystals, paramagnetic 140—141 147—149
Crystals, paramagnetic, Foeex's theory of 175—179
Crystals, paramagnetic, structure of 180
Crystals, reverse fields in 250
Curie 11 50—57 58 126
Curie temperature 78—80 151 335
Curtiss 288
Darwin 254 358
Dashed terms 300
Dauvillier 102
Debye 13 88 93 111 119 157 158 161—162 182 185 197 198 296 358
Degenerate systems 110
Deloraine 340
Demagnetization coefficients 26
Deportment of crystals in magnetic fields 279—280
Deslandres 250
Devaud 121 281
Dewar 50
| Diamagnetic orientation 273—277 305—306 308 346
Diamagnetic rod, rotation of 194—195
Diamagnetism 9 10 53—54 66—69 261—281
Diamagnetism, atomic and molecular see “Susceptibilities”
Diamagnetism, due to free electrons 84
Diamagnetism, of closed configurations 109 302—309
Diamagnetism, orbital 275—277 303—304
Dieckmann 150
Dilution, magnetic 142 146
Dinkelacker 260
Dirac 357
Dispersion, magnetic rotary 246—249
Displacement currents 8 20
Distribution functions for orientation 116—127
Distribution of electrons among atomifc levels 98—106 301
Divergence theorem 17
Doppler effect 220
Dorfmann 164 182
Dorgelo 232 244 357
Double refraction, magnetic 249
Doublets, X-ray and optical 102—104 235—237
Drapier 281
Drude 247
Dufour 250
Dulong and Petit's law 93
Duperrier 281
Duplets, electronic 319
Easy magnetization, direction of 80 174—175
Effective atomic number 326
Effective field 141
Effective quantum number 236
Effluvium theory of magnetism 4—5
Ehrenfest 98 116 209—210 211 345 356
Einstein 13 92—93 98 118 184 191 197 209—210 211
Eldridge 260
Electrolytic films, magnetic properties of 87—88 153
Electromagnetic equations 8 19
Electromagnets 44
Electron gas theory of conduction 285—286 288
Electron orbits as binding links in crystals 170
Electron theory equations 31—32
Electronic duplets 319
Electronic isomers 297—298
Electrons 10 31
Electrons, nature of 341
Elementary crystals 155
Elements, sequential and family relationships among 309—316
Elements, susceptibilities of diamagnetic 265
Elements, susceptibilities of paramagnetic 138
Elias 250
Ellett 252—259 259 260 347—348
Elliptic orbits, numerical data for 97
Energy, magnetic 24 28—29
Epstein 182
Equilibrium conditions for orientated atoms 209
Equilibrium distribution of magnetic carriers 210
Ettingshausen, von 37—38 48—49
Ewing 10 36 43 58 59—64 81 85—86 88 175 181 295
Fabry 46
Fajans 303
Family relationships among elements 309—316
Faraday 7—9 11 39 47 245
Faraday effect see “Rotation magnetic”
Ferromagnetics 55—56 149—157
Ferromagnetics, above the Curie point 79 149—151
Ferromagnetics, alloys and compounds 152—153 335—337
Ferromagnetics, at low temperatures 77—79 151—153
Ferromagnetics, atomic moments of 170—172
Ferromagnetics, crystal structure of 150 171 337—339
Ferromagnetics, crystals 80 154—155
Ferromagnetics, Curie temperatures for 151 335
Ferromagnetics, gyromagnetic effect in 184—197
Ferromagnetics, Hall effect in 286
Ferromagnetics, magnetic rotation in 245
Ferromagnetics, magneto-caloric effects in 289—295
Ferromagnetics, magneto-mechanical effects in 282—284
Ferromagnetics, thin films 87—88 153—154
Ferromagnetism, and crystal structure 294 337—339
Ferromagnetism, theories of 59—64 75—82 85—86
Field inside magnetized medium 25 75
Fields, due to orbital electrons 107—108
Fields, magnetic see “Magnetic fields”
Fiichtbauer 260
Fisher 197
Fleming 50
Fluid theories of electricity and magnetism 5—6
Foeex 130 132 134—135 139—141 149 157 175—179 182 277 281
Foote 255
Forces, magnetic 24 29—30
Forrer 291 295 296 359
Fortrat 250
Fowler, A. 312 316 317
Fowler, R.H. 357
Frankamp 129
Frenkel 358
Frivold 8^ 89
g-formula 223 see
Gadolinium sulphate, magnetic properties of 117 141—142 166—168
Galvanomagnetic effects 284—288
GANs 84—85 89
Gaschler 108 119
Gases, diamagnetic, susceptibilities of 262 268—273
Gases, paramagnetic 121—126 168—170 324
Gases, variation with pressure 273—277
Gauss's theorem 17 22
Geest 249
Geiger 118 350
Gerlach 14 182 198—211 211 258 296 357
Gieseler 317
Gilbert 3—4 15
Glaser 273—277 281 321—322 346 357
Goetze 316
Goudsmit 358
Gouy 40
Green 6 23
Grimm 358
Grotrian 207 317
Ground term, spectroscopic 228 298—299 301 309—316
Groups of atoms, and magnetic carriers 339
Groups of atoms, in crystals 171
Groups, molecular magnet 60—64
Guernsey 295
Gyromagnetic effect 14 184—197
Haas 281
Haas, de 184 191 197
Hall 284 287
Hall effect 284—287
Hall effect theory of magnetic rotation 247—248
Hanle 253 258—259 259 347
Hector 123 126 271—273 280 322 347
Hegg 150 152
Heisenberg 234 238—239 244 260 300—301 316 342 357 358
Helium atom, constitution of 305—308 311—322
Henry 8
Hertz 9
Herzfeld 259 303 357
Heterodyne beat method for measuring susceptibilities 38
Heusler 336—337
Heusler alloys 336—337
Hicks 235 244
Hilpert 150
Hoenl 234 244
Honda 85 132 134—135 137—140 157 158 264—265 280 283
Hopkinson 51
Hund 300—301 314 315 316
Hysteresis 10 59—64 81 175
Induction, electromagnetic 7 19
Induction, magnetic 25
Inert gases 101 103 302—309
Inert gases, susceptibilities of 269—272 “Closed configurations”
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