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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 |
Ingersoll 154 158 175 259
Ingold 281
Inner quantum number see “Quantum number inner”
Intensities of Zeeman components 216 234 254—258
Intensity of magnetization 22
Intensity rules for multiple ts 232—234
Interference 349
Interruption period for quantized motions 345—348
Intervals, multiplet, relativity and magnetic theories of 239—242
Intervals, rules for 234—237
Intrinsic fields in crystals 175—179
Inverse processes 90
Inverse square law 5 22
Inverse Zeeman effect 250
Inverted terms 242
Ionic moments see “Moments ionic”
Ionic moments, susceptibilities see “Susceptibilities ionic”
Ionizing potentials and orbital radii 304—306 322
Ions in solid salts 164
Ions, complex 324—331
Iron crystals 82 156—157 174 183
Ishiwara 132 134—136 157
Isomeric compounds, susceptibilities of 330
Isomers, electronic 297—298
Isothermals, magnetic 292
Jackson 132 145—149 158 160 325 340
Jacobson 130
Jacques 48
Jeans 36 92 118 346
Joos 254 257 260 269—271 280 302—303 316 358
JORDAN 357 358
Joule 282
Joule effect 282—284
K-shell, moment of 307
Kapitza 45—47 58 358
Karman 93
Karrer 295
Kaufmann 153 158
Kayser 316
Kelvin 6
Kemble 306
Kerr 11 246
Kerr effect 11 246
Kiess 313 317
King 317
Kopp 139 150
Kossel 163
Kramers 118 306 350
Kronig 234 244 359
Kroo 83
Kundt 245
Kunz 88 158 182
Ladenburg 109 358
Lande 58 193—194 197 211 221—226 235—236 239 241 243 244 284
Lande splitting factor see “Splitting factor”
Landolt 157 281
Langevin 12 64—75 89 114
Langevin function curve 72
Langmuir 318—319 322—323
Laporte 317
Larmor 68
Larmor precession see “Precession”
Latent heat and susceptibility change 279
Law of force in molecular field 87
Leeuwen, van 84 89
Lenard 10
Lenz 116
Lertes 296
Levels, atomic see “Atomic structure”
Lewis 169 182 310 312 318 324 340
Lewis — Langmuir theory 100 280 318—320
Life of excited atom 251 259 347—348
Light darts 13 93 see
Lindemann 13 93
Lindh 150
Livens 286 295
Lorentz 10—11 36 64 84 212 243 259
Low temperature magnetic investigations 141—149
Lowry 320
Lucretius 1—2 15
MacNair 359
Magnetic deviation of atomic rays 198—192
Magnetic field, influence of, on polarization of resonance radiation 251—259
Magnetic fields, measurement of 44 203—204 219
Magnetic fields, production of 43—47
Magnetic fields, strong 45—47
Magnetic freedom of ions 163 170 179—182
Magnetic plane of crystals 155
magnetic quantum number see “Quantum number magnetic”
Magnetic saturation 77—78 151—153 291—292
Magnetic shell 7 22—23
Magnetic, fields due to orbital electrons 65—66 107—108
Magneto-caloric effects 289—295
Magneton, axial 84
Magneton, Bohr 14 106—107 160 204—206
Magneton, Bohr and Weiss, comparison 159—163
Magneton, Bohr, absolute determination of 204—206
Magneton, hypothetical 34
Magneton, Weiss 107 152
Magneton, Weiss, as empirical unit 107 120 159—160
Magnetostriction 30 282—284
Main — Smith 102 119 319—320 340
Maurain 86—88 153 158
Maxwell 8—9 19 59 190
McCurdy 359
Mechanism of orientation 70 83 118 195 209—211 349
Meggers 243 317
Menzies 236 244
Meyer, St. 166 182
Meyer, W. 153 158
mg values in weak and strong fields 225—226
Millikan 10 15 103 236 244 300 317
Mitchell 4—5
Model of ferromagnetic induction 60—64
Models for Zeeman effect 237—239
Mohler 255
Molecular currents 9 59 247
Molecular electronic configurations 319—320 334
Molecular electronic precession 276
Molecular field, and Joule effect 283—284
Molecular field, and Joule effect, Kerr effect 246
Molecular field, and Joule effect, magneto-caloric effects 289—295
Molecular field, discussion of 172—175
Molecular field, in diamagnetic crystals 86 278—280
Molecular field, in diamagnetic crystals, ferromagnetic alloys 86—87
Molecular field, in diamagnetic crystals, ferromagnetic crystals 80 155—157 173—175
Molecular field, in liquid oxygen 144
Molecular field, in liquid oxygen, paramagnetic crystals 175—179
Molecular field, in liquid oxygen, paramagnetic salts 136
Molecular field, in liquid oxygen, solutions 130—131
Molecular field, magnitude of 86 173
Molecular field, nature of 86—88
Molecular field, possible origin of 181
Molecular field, reverse 250
Molecular field, theory of 75—82
Molecular orbital dimensions 321—322
Molecular stability 343—344
Molecular structure of  and NO 168—170
Molecular susceptibilities see “Susceptibilities and Moments”
Molecules, simple 320—324
Moles 129
Moments, magnetic, atomic, direct determination of resolved 198—211
Moments, magnetic, atomic, of elements 139—140
Moments, magnetic, atomic, of ferromagnetics 152
Moments, magnetic, calculation of 120—122 127
Moments, magnetic, discussion of 163—172
Moments, magnetic, ionic 128—131 135 146 163—166 326—330
Moments, magnetic, ionic, dependence on number of electrons 163
Moments, magnetic, molecular, of paramagnetic gases 126 168—170 324
Moments, magnetic, spectroscopic 226—232 299
| Momentum, angular, associated with radiation 214—225
Morgan 320
Mottelay 15
Mouton 249
Mulliken 359
Multiplicities, spectral term 208 222—227 299
Nagaoka 283
Neckam 2
Nematic state, diamagnetism in 277
Nernst 13 93
Nernst effect 287
Neutrality, electric and magnetic 343
Nickel, non-ferromagnetic films of 154 175 308
Nitric oxide, magnetic properties of 121—126 168—169 232—234
Normal Zeeman triplet 212 217 224
Nucleus, quantized motion of 193
Numerical data for atomic systems 95—98
Odd molecules 168 324
Oersted 6—7 19
Okubo 85
Onnes 122 126 140 141—145 151 158 287
Oosterhuis 114 119 122 126 140
Orbit, electronic, change of form of, in a magnetic field 69
Orbital diamagnetism 303
Orbital diamagnetism, dependence of, on orientation 275—277
Orbital electrons, magnetic properties of 34—36 65—66 109
Organic compounds, susceptibilities of 263—264 278—279 331—335
Orientation, discrete see “Quantization spatial”
Orientation, distribution functions for 116—127
Orientation, mechanism of 70 83 118 195 209—211 349
Orientation, of diamagnetic carriers 273—277 321—322 346
Orientation, of paramagnetic carriers 346—347 see “Mechanism of orientation”
Orientation, symmetry conditions and 180
Orientation, time required for 346—348
Orientation, weak quantization and 345—349
Ornstein 232—234 244 358
Oseen 308
Outer electrons in molecules see “Shared electrons”
Owen 132 137—139 158 264—265 280
Oxides, magnetic properties of 136
Oxley 86 278—280 281
Oxygen in combination 263—264 333—334
Oxygen, magnetic properties of 50 54 122—126 142—145 168—170 323—324
Paramagnetic crystals, theory of 175—179
Paramagnetism 9 54—55 69—75 120—149 324 326—330
Paramagnetism, anomalous see “Residual paramagnetism”
Paramagnetism, conditions for 83—84
Paramagnetism, incomplete electron groups and 108—109
Paramagnetism, Langevin's theory of 69—75 (See Moments magnetic And Susceptibility)
Pascal 121 262—264 267 280 326—327 331—335 340
Paschen 215 312 316 317
Paschen — Back effect 217 220 224 239
Pauer 259
Pauli 104 119 161—162 165 168 182 224 240 243 244 269 280 307 311 316 323 342 355
Peregrinus 3
Periodic curve for susceptibilities 266
Periodic system of elements 98—106 309—316
Periodicity of a system, degree of 110
Permalloy 337—338
Permanence of g sums 224—225
Permanence of quantum numbers 342
Permanent multiplicity of terms 222
Perrier 142
Perry 190
Peschard 152 158
Phase of quants 349
photoelectric effect 13 92
Piccard 121 123—126 127 130 157 281 296 347
Planck 13 92
Planck's constant 92
Plessner 50
Pliny 1
Pluecker 48 51
poisson 6 23
Poisson's transformation 23 75
Pol, van der 295 296
Polar compounds 318—319
Polarity theory of magnetism 9
Polarization and angular momentum 350—351
Polarization and angular momentum, of resonance radiation 251—259 347—348
Polarization and angular momentum, of Zeeman components 215
Polarization and angular momentum, rules in Zeeman effect 234
Pole pieces for magnets 43
Poles, magnetic 3
Postulates, Langmuir's 319—320
Postulates, quantum theory 94—95 213
Potential energy of orientation in crystals 176—179
Potential, electromagnetic, scalar and vector 32
Potential, magnetic 22
Poynting 33 58
Poynting's theorem 33
Precession, Larmor 68 111 85 212—224 258 261 345—348
Precession, molecular electronic 276
Preston 215
Preuss 152
Pringsheim 254 258 260
Protons 11
Pyrrhotite, magnetic properties of 80 155 174
Quantization, spatial 109—113 116—127 160—163 213 345
Quantization, weak and strong 345—349
Quants, linearly directed, spatially localized 93 349—352
Quantum considerations on intrinsic fields 179—181
Quantum forces 349
Quantum numbers, azimuthal 95 222
Quantum numbers, effective 236
Quantum numbers, group 301
Quantum numbers, inner 99 103—106 222—226
Quantum numbers, inner, and angular momentum 192
Quantum numbers, inner, and angular momentum, statistical weight 223
Quantum numbers, inner, and angular momentum, Weiss magneton numbers 162 231
Quantum numbers, magnetic 104 222—226 223—226
Quantum numbers, principal 95 222
Quantum theory, origin and development of 12—15 90—98
Quimby 88 295
Quincke 40
Radiation from an accelerated electron 33 83
Radiation, structure of 349—352
Radii, atomic 303
Radioactivity 108
Radius of electronic orbits from diamagnetism 267 269—272 303—306
Rankine 303
Rare earth elements 105
Rare earth elements, magnetic properties of 166—167 301—302 315
Reciprocal gyromagnetic effects 197
Reciprocal, relations, magnetomechanical 283
Reciprocity law for electron groups 104 165 313
Reiche 115 119
Relativity doublets 235—237
Relativity-magnetic dilemma 236 241—242 310
Renker 150
Reorganization of electron groups 102 105
Residual paramagnetism 131 136 267—268 311—322 327 329 338
Resistance change in a magnetic field 288
Resolving power for Zeeman effect 217
Resonance and scattering 250
Resonance radiation, polarization of 251—259 347—348
Resonators, Planck 91
retentivity 10 61 82 154
Ribaud 296
Richardson, O.W. 14 184 191 193 197 285
Richardson, S.S. 259
Riecke 295
Righi — Leduc effect 288
Robison 5
Rognley 180
Rosenbohm 324 327—330 340
Rotation, intrinsic magnetic intensity of 191
Rotation, magnetic 11 245—249
Rotation, molecular 114 275—277 322
Rowland 42 48 51
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