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| Kittel C. — Introduction to solid state physics |
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| Предметный указатель |
Slater, J.G. 37 79 81 88 116 120 122 124 135 165 197 205 215 221 248 262 268ff. 303 305 320 322
Slip bands 335
Slip planes and directions 324
Smigelskas, A.D. 341ff.
Smolenski, G.A. 115
Smoluchowski, R. 303 340 343
Smyth, C.P. 105ff. 112
Smythe, W.R. 216
Snoek, J.L. 91 194 199
Sodium chloride, breaking stress 323
Sodium chloride, color centers 311 313 314
Sodium chloride, crystal structure 4
Sodium chloride, Debye temperature 77
Sodium chloride, dielectric constant 100
Sodium chloride, lattice energy 30
Sodium chloride, Madelung constant 350
Sodium chloride, phonon mean free path 82
Sodium chloride, refractive index 100
Sodium chloride, stiffness constants 49
Sodium chloride, transmission of infrared radiation 69
Sodium, electrical conductivity 267
Soft x-ray emission spectra 271
Solutions, spin resonance in 158
Sommerfeld, A. 147 248 255
Sound velocity, values of 57
Space groups 16
Space lattices 11 12
Space lattices, cubic 14
Space lattices, hexagonal 15
Sparks, M. 261 296ff.
Specific heat, classical anharmonic oscillator 87
Specific heat, Debye theory 74
Specific heat, Einstein theory 77
Specific heat, electron gas 231
Specific heat, electron gas, table 233
Specific heat, order-disorder transformation 303
Specific heat, Schottky anomaly 88
Specific heat, superconductors 211
Specific heat, theory 71
Spectral terms, Hund theory 146
Spectroscopic splitting factor 143 153 170 171
Spectroscopic splitting factor, theory 359
Spence, R.D. 159
Spin lattices 190 194 198
Spin resonance 153 167
Spin resonance, antiferromagnetic 193
Spin resonance, F-centers 314
Spin resonance, ferromagnetism 197
Spin resonance, metals 234
Spin waves 164 360
Spin-orbit coupling 148 167
Spinel structure 196
Spiral growth steps 338 339
Spontaneous magnetization 163 165
Spontaneous polarization 103
Spontaneous polarization, ferroelectrics 117
Square lattice, Brillouin zones 260
Squire, C.F. 188
Statistical mechanics, summary 375
Statistics, free electron gas 228
Stiffness constants 47 50
Stiffness constants, temperature dependence 49
Stoner, E.C. 91 135ff. 139ff. 147 164ff. 179 199
Stout, J.W. 192
Strain components 43 45
Strauser, W.A. 193ff.
Strength, single crystals 323
Stress components 46
Structure amplitude 24
Structure data 25
Structure factor, geometrical 24 27
Sugden, A. 97
Superconductivity 200
Superconductivity, Bloch theorem 211 363
Superconductivity, boundary energy 220
Superconductivity, compounds, table 208
Superconductivity, criterion for 222
Superconductivity, discovery 200 .
Superconductivity, domain structure 218 220
Superconductivity, frequency effects 203 213
Superconductivity, Froehlich and Bardcen theories 221
Superconductivity, gyromagnetic ratio 204
Superconductivity, heat capacity 211
Superconductivity, infrared reflection 215
Superconductivity, intermediate state 203 218
Superconductivity, isotope effect 204 213
Superconductivity, London equations 212
Superconductivity, Meissner effect 202
Superconductivity, non-ideal 200
Superconductivity, occurrence, table 207
Superconductivity, penetration depth 214 218
Superconductivity, quantum theory 221
Superconductivity, small particles 208
Superconductivity, thermal conductivity 208
Superconductivity, thermodynamics 209
Superconductivity, thermoelectric effects 208
Superconductivity, threshold fields 201
Superconductivity, transition temperature, table 207 208
Superexchange 194
Supermalloy 169 177
Superstructure lines 301
Surface states 289
Susceptibility, antiferromagnetism 191 198
Susceptibility, diamagnetic 134
Susceptibility, diamagnetic, measurement of 139
Susceptibility, diamagnetic, table 136
Susceptibility, dielectric 94
Susceptibility, magnetic, definition 134
Susceptibility, magnetic, metals 233 257 258
Susceptibility, magnetic, metals, table 236
Susceptibility, paramagnetic 143
Symmetry, elements 8
Symmetry, macroscopic 8
Symmetry, rotation axes 8
Syrkin, Y.K. 3 28
Systems, crystal 10
Szigeti relations 99
Szigeti, B. 99
Taft, E. 320ff.
Takagi, Y. 131
Taylor theory 331
Taylor — Orowan dislocation 324 325 326
Taylor, G.I. 324 326 331 333ff.
Teal, G. 290ff.
Teller, E. 248
Temperature, Fermi 229
Temperature, lowest reached 151
Temperature, melting, of metals 57
Templeton, I.M. 267
Tessman, J. 97 123
Tetragonal system 9 10
tetrahedral bonding 16
Thallium-activated KCl 316
Thermal conductivity, alloys 244
Thermal conductivity, metals 243
Thermal conductivity, non-metals 81
Thermal conductivity, superconductors 208
| Thermal conductivity, table 86
Thermal conductivity, theory 245
Thermal expansion 78
Thermal expansion, table 79
Thermionic emission 236
Thermodynamics, summary 375
Thermodynamics, superconductivity 209
Thermoelectric effects 247
Thermoelectric effects in superconductors 208
Thomas, L.H. 23
Threshold field curves, superconductors 201
Tinkham, M. 158
Tisza, L. 123 221
Torrey, H.C. 153 286 299
Tourmaline 113
Townes, C.H. 1
transistors 291
Transistors, characteristics 293
Transistors, junction 296 297
Transistors, mechanism 292
Transistors, n-p-n 297
Transistors, point contact 291
Transition layer 183
Transition metals 258
Transition metals, band theory 269
Transition metals, oxides, conductivity 299
Transition temperature, superconductors, table 207 208
Transition,  104
Transition, barium titanate 118 119
Transition, ferroelectric, first and second order 126 127
Translation group 11
Transverse waves 51 57
Traps, electron 319
Trielinic system 9 10
Trigonal system 10
Tsai, B. 188
Tungsten trioxide, antiferroelectricity in 131
Tutton, A.E.H. 10
U-centers 313
Ubbink, J. 194
Ultimate temperature, adiabatic demagnetization 151
Ultrasonic frequency 63
Ultrasonic method 50
Ultraviolet transparency of metals 242
Unit cell 11 13
V-centers 313 315 316
Vacancy diffusion 341 342
Valasek, J. 115
Valency, connection with conductivity 261
Van Alphen, P.M. 247
van de Waals forces 7
Van Den Berg, G.J. 267
van Den Handel, J. 194
van der Waals 7
van Laer, P.H. 204 209
van Leeuwen theorem 158
van Leeuwen, F.J. 158
van Santen, J.H. 122
van Vleck paramagnetism 147 354
van Vleck, J.H. 103 107 112 137 140 146ff. 156 159 162 170 181 189 192 199 354ff.
Vand, V. 339ff.
Velocity, electrons at Fermi surface 240
Velocity, group 69
Velocity, phase 63
Velocity, sound 57
Venkatarayudu, T. 17 28
Verwey, E.J. 32 194 299
Voigt, W. 28 59
Volmer, M. 337ff. 343
von Hippel, A. 115 130 133
von Karman, T. 54 67
Wagner interfacial polarization 111
Wagner, C. 311
Wagner, K.W. 106 111
Wahl, D. 131
Wall, Bloch 183
Wallace, R.L. 296
Wang, S.C. 137
Wannier, G.H. 320
Warren, B.E. 85 329
Washburn, J. 331ff.
Water, dielectric constant 100
Watson, G.N. 75
Wave equation, free particles 223
Wave functions, Bloch 249 251
Wave functions, tight binding 366
Wave functions, weak binding 364
Wave vector 61
Weinstein, R. 158
Weiss constant 161 162
Weiss field 160 190 191 198
Weiss, P. 160ff. 171 190ff. 304
Weiss, P.R. 157 163
Weisskopf, Y.F. 107 262 272 282 371
Welch, A.J.E. 198
Went, J.J. 195ff. 199
Westphal, W.C. 292
Weyl, W.A. 340 343
Whitmer, C.A. 286
Whittaker, E.T. 75
Wiedemann 245
Wiedemann — Franz ratio 245
Wigner — Seitz method 271
Wigner, E. 271
Wilks, J. 83
Williams, F.E. 316ff.
Williams, H.J. 173ff. 177
Wilson, A.H. 248 261 299
Wohlfarth, E.P. 179
Wollan, E.O. 28 293ff.
Wood, E.A. 115 131
Wood, R.W. 111 242
Wooster, W.A. 28 59 04
Work function, definition 236
Work function, table 237 238
Work-hardening, Taylor theory 331
Wuerschmidt, J. 91
Wul, B. 115 121 133
Wyckoff, R.W.G. 25 28 42
X units 22
X-ray diffraction 17
X-ray diffraction, effect of cold-work 329 330
X-ray emission spectra 271
X-ray superstructure 301
Yager, W.A. 157 168ff.
Yomosa, S. 110
Young’s modulus 59
Zachariasen, W.H. 28 40 42 85 87
Zavoisky, E. 153
Zeeman effect 143 153
Zehler, V. 103
Zemansky, M.W. 373 375
Zener current 261 299
Zener, C. 53 55 58 105 242 257 201 299 311 340 313
Zero field splitting 151 156 193
Zinc sulfide, copper-activated 318
Zone, Brillouin 70 259 368
Zwicker, B. 115
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