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| Mihaly L., Martin M.C. — Solid state physics. Problems and solutions |
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| Предметный указатель |
hybridization 41 46 249
Hybridization, density of states 171
Hybridization, energy bands 177
I-V characteristics 217
Impurity charge 243
Impurity Hamiltonian 177
Impurity levels 179
Incomensurability 248
Index of refraction 81
Infrared activity 87
Infrared spectroscopy 86 87 219
Infrared-activity 87
Insulator 27
Intensive variables 53
Interaction, electron-electron 99 242 247
Interaction, electron-phonon 98 180 240
Interband transition 87
Inversion symmetry 87 222
Ionic solids 15—16
IR see “Infrared spectroscopy”
Iron 43
Irreversible thermodynamics 65
Ising model 49 183 185
Isotope substitution 21
Joint density of states 83
KBr 220
Kohn anomaly 92 101
Kramers — Kronig relation 82 88 225—227
Landau levels 28 201
Lattice see “Bravais lattice”
Lattice spacing 4 112 159
Lattice spacing, bcc 11
Lattice spacing, hcp 11
Lattice vector 3 4
Lattice vibration 16
Laue condition 7
Legendre transformation 54
Lennard — Jones potential 15
Lindemann melting formula 18
Linear chain 23 95 96 129—130 137 139 231
Linear chain, radiation from 12 114—115
Linear chain, static modulation 12 115—116
Linear chain, time dependent modulation 20 128
Linear chain, vibrations of 21
Linear response 79
Linhard function 92 93 98 100
Linhard function, in d dimensions 99 240
Linhard function, in one dimension 238
lo see “Longitudinal optical mode”
Localized mode 21
London penetration depth 226
Longitudinal optical mode 220
Longitudinal phonon 17 21 131
Lorentz transformation 186
Low-pass filters, neutron 12 113
Lyddane — Sachs — Teller relation 47 182
Madelung constant 19 123—125
Madelung constant, screened Coulomb potential 19
Madelung energy 15
Magnetic flux 201
Magnetic flux quantum 214
Magnetic ground state 252
magnetic moment 97 237
Magnetic moment, transition metals 101 249
magnetic susceptibility 231
Magnetization, spontaneous 237
Magnetization, temperature dependence 62 199
Magnetoresistance 67 74
Magnon 49 62 183—185 199
Magnon, energy 185
Majority current 77
Mass defect 21 129
Matthiessen rule 74
Maxwell's equations 80
Mean field approximation 91 99 179 231 241 242
Mean field approximation, Anderson model 102 249
Mean field approximation, Stoner model 97 237
Mean free path 68 87 223
Melting see “Lindemann melting formula”
Metal 15 27
Metal, two-dimensional 75 87 212—215 223—225
Miller indices 7
Minority current 77
Mobility 74
Model Hamiltonian 43
Momentum resolution 117
Monte Carlo method 172
Montgomery method 73 205
Mott transition 95
Na see “Sodium”
NaCl 19 125
NaCl, Madelung constant 124
Nearest-neighbor interaction 22
Nearly free-electron approximation 25 31—33 146 147 149 152 156
Neutron beam 12 113
Neutron scattering 18 117 127
Neutron scattering, back scattering geometry 118
Neutron scattering, energy resolution 20 127
Neutron scattering, higher-order 113
Neutron scattering, momentum resolution 13
Neutron scattering, resolution 117
Nickel 46
Niobium 43
Nonequilibrium conditions 65
One-dimensional chain 30 31 141—143
One-dimensional chain, electrons 143—146
Onsager relations 65—66 209
Optical activity 85
Optical conductivity 79
Optical conductivity, insulators 47
Optical conductivity, metals 84
Optical conductivity, semiconductors 83
Optical phonon 87
Optical phonon, soft 23 137 139
Optical properties 79—85
Optical spectroscopy 18 79—85 87
Optical transitions, direct and indirect 84
Optical transitions, phonon-assisted 84
Oscillator strength 83
Oscillator sum rule 82 88 225—227
p-n junction 76 217
Particle number operator 44
Partition functions 55
Pauli exclusion principle 177
Peierls transition 98 151 194 239 240
Peltier coefficient 65 74 209
Penetration depth 82 88 226
Periodic boundary condition 35
Periodic potential 32 150—151
Phase transition 91
Phonon 16 20 128 130
Phonon dispersion 21 128 134
Phonon gas 37 190
Phonon scattering 203
Phonon, acoustical 20 127 222
Phonon, branch 17
Phonon, dispersion 17 39 167
Phonon, energy 60 189
Phonon, in one dimension 16
Phonon, interaction 19
Phonon, lifetime 18
Phonon, number of 17 60 188
Phonon, one dimension 21 128 191
Phonon, optical 17
Phonon, specific heat 60
Phonon, spectrum 17
Phonon, transverse 20 127 222
Phonon-mediated interactions 238
Plane waves, linear combinations of 26
Plasma frequency 84
| Plasmons 81 94
Platinum 203
Point charge impurity 100
Polariton 47 81 95 96 181
Polarizability 23 95 96 137 139 231
Polarization, spontaneous 96
Polarization, static 96
Polarization, time-dependent 96
Polarization, vector 16
Polaron 47 179—181
Powder diffraction 12 113
Pressure 125
Primitive cell 5
Primitive vectors 4 108
pt see “Platinum”
Quantum Hall effect 42 63 201
Quantum Hall Effect, integer 29
Quasi-one-dimensional metal 163—166
Quasiclassical approximation 28
Raman spectroscopy 85 87
Random atomic displacement 13
Random phase approximation 91
Reciprocal lattice 7 10 109
Reciprocal lattice vector 117 153
Reduced mass 220
Reflectivity 81 86
Reflectivity coefficient 88 226
Relaxation rate 213
Relaxation time 65 76 228
Relaxation time, approximation 69
Renormalization 91
Residual resistivity 210
resistivity 203
Resistivity, anisotropic material 206
Resistivity, anisotropy 73 205
Resistivity, four-probe configuration 206
Resistivity, intrinsic semiconductor 75 210
Resistivity, metal 75 210
Resistivity, Montgomery method 205 207
Resistivity, oscillations 34 159
Resistivity, residual 74
Resistivity, tensor 73 206 208
Resolution ellipse 117
Resolution, infrared spectroscopy 86 219
Resolution, neutron scattering 117 127
Reversibility, microscopic 69
Rietveld analysis 8
Rigid band picture 27
Saddle point 40 162 168
Scattered intensity, integrated 121
Scattered intensity, random displacement 120
Scattering cross section 210
Screening parameter 100
Screening, Debye — Huckel 92
Screening, Linhard theory 92
Screening, Thomas — Fermi 92
SDW see “Spin density waves”
Second quantization 43
Self-consistency condition 103 251
Semiclassical approximation 28
Semiconductor 30 48 61 74 87 191—192 220—221
Semiconductor, direct-gap 220
Semiconductor, Hall coefficient 209
Semiconductor, junction 76
Semiconductor, magneto-resistance 208
Semiconductor, optical conductivity 83
Silicon, phonons 20 87 127 222
Simple cubic structure 5
Skin depth 82
Skin effect, anomalous 80
Sodium 11
Sodium, metal 43
Soft phonon 23 137 139
Solids, covalent 15—16
Solids, ionic 15—16
Solids, van der Waals 15
Solitons 50 186
Sound velocity 21—23 130 134 136 222
Space lattice see “Bravais lattice”
Special relativity 186
Specific heat 38 55 62 198
Specific heat effective mass 63
Specific heat, insulator 60 187
Specific heat, metal 60 187
Specific heat, phonon 60
Specific heat, solids 18
Spectroscopy, Brillouin 85
Spectroscopy, optical 79—85 87
Spectroscopy, Raman 85
Spin density waves 40 85 94 248
Spin flip operator 183
Spin operator 45
Spin wave 49 183
Spontaneous polarization 96 231
Square lattice 22 31-33 147 149 152 156 157 223
Square lattice, Brillouin zone 153
Square lattice, electrons 162
Square lattice, Fermi surface 152
Square lattice, one electron per site 152
Square lattice, oscillations 22 131—132
Square lattice, two electrons per site 152
Static polarization 231 232
Stoner enhancement 237
Stoner model 97 236 237
Structure factor 8 110 112
Structure factor,  11
Sum rule see “Oscillator sum rule”
Superconductor 88 226 227
Superconductor, niobium 43
Superconductor, type I 80
Superionic conductors 80
Surface impedance 81
susceptibility 96 232
Susceptibility, dielectric 79
Susceptibility, divergence of 99 241 242
Susceptibility, magnetic 97 237
Susceptibility, renormalized 92
Susceptibility, temperature dependence 99 241 242
Symmetry group 4
Symmetry group, crystallographic point group 5
Symmetry group, crystallographic space group 5
Symmetry, inversion 222
Symmetry, rotational 204
Thermal conductivity, insulator 210
Thermal conductivity, intrinsic semiconductor 75
Thermal conductivity, metal 75 210
Thermal expansion coefficient 55 118
Thermal expansion coefficient, linear 18
Thermodynamic potentials 54
Thermodynamics 53
Thermoelectric transport 74
Thermomagnetic effects 67
Thermopower 65 74
Third law of thermodynamics 59
Thomas — Fermi formula 92
Tight-binding approximation 25 31 33 34 75 142 154 156 162 224
Tight-binding band 33 63 157 200 212 223
Tight-binding model 46 87 96 175—177 223—225 233
TO see “Transverse optical mode”
Transition temperature 99 241 242
Transmisivity 86
Transmission coefficient 81
Transmission, metal 88 227
Transmission, superconductor 88 227
Transport coefficients 65
Transport theory 65
Transport, thermoelectric 65
Transverse optical mode 220
Transverse phonon 17 21 132
Triple-axis neutron spectrometer 20
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