Mihaly L., Martin M.C. — Solid state physics. Problems and solutions :: Электронная библиотека попечительского совета мехмата МГУ

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Mihaly L., Martin M.C. — Solid state physics. Problems and solutions

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Название: Solid state physics. Problems and solutions

Авторы: Mihaly L., Martin M.C.

Язык:

Рубрика: Физика/Физика твёрдого тела/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1996

Количество страниц: 261

Добавлена в каталог: 21.09.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

$1/\tau$       see “Relaxation rate”
$2\theta$       see “X-ray diffraction”
$cm^{-1}$       see “Wavenumbers”
$C_{60}$ , $Rb_{3}C_{60}$ Madelung constant      19 123—125
$C_{60}$ , structure      11
$C_{60}$ , structure factor      11 112
$E_{F}$       see “Fermi energy”
$K_{0.3}MoO_{3}$       194
$La_{1-x}Sr_{x}CuO_{4}$       246
$NbSe_{3}$       38 95 116 194
$SrTiO_{3}$       139
$TaS_{3}$       37 38 95 116 194 248
$TMTSF-PF_{6}$       37
$w_{D}$       see “Debye frequency”
$\alpha-Co$       13
$\beta-Co$       13
$\chi$       see “Susceptibility”
$\chi(k,w)$       see “Dielectric susceptibility”
$\epsilon$       see “Dielectric function”
$\epsilon*$       see “Dielectric function generalized”
$\kappa$       see “Compressibility”
$\mu$       see “Chemical potential”
$\mu_{B}$       see “Bohr magneton”
$\pi$       see “Peltier coefficient”
$\Sigma$       see “Conductivity”
$\Sigma^*$       see “Conductivity generalized”
$\Sigma_1$       see “Conductivity real
$\Sigma_2$       see “Conductivity imaginary
Absorption band edge      84
Absorption coefficient      81
Adiabatic approximation      15
Alkali halide crystals      87 220
Analytical complex function      225
Anderson localization      95
Anderson model      101 249
Anharmonic effects      19 95 96 138 231 232
Antiferroelectric      139
Antiferromagnetic fluctuations      246
Antiferromagnetic order      233
Back-scattering geometry      118
Band      see “Energy band”
Band gap      31
Band insulator      27 32 33 156
Band metal      27 32 33 156
Band overlap      31
Band structure      25
Band structure, one-dimensional      31
Band structure, quasi-two-dimensional      63
Band structure, square lattice      31
Bandwidth      31 36 213
Basis      3 10 108
BCC      see “body centered cubic structure”
BCS theory      40
BEDT TCNQ      248
Beryllium      113
Bethe — Sommerfeld expansion      59 62 196—198
Bias voltage      76 217
Binding energy      15
Binding energy, ionic      15
Binding energy, metallic      15
Binding energy, van der Waals      15
Blackbody radiation      189
Bloch condition      25
Bloch function      25
Bloch oscillations      88 228—229
Bloch — Griineisen formula      71 203
Bloch's $T^{3/2}$ law      199
Bloch's theorem      144
Body centered cubic structure      5 11 112
Bohr magneton      249
Boltzmann equation      68 75 76 87 215 216 223
Boltzmann equation, linearized      69
Bose factor      198
Bose — Einstein condensation      57
Bose — Einstein distribution function      58
Boson      44
Boson, Goldstone      138
Bound charges      80
Bragg, condition      6
Bragg, peak      109
Bravais lattice      4
Brillouin spectroscopy      85
Brillouin zone      7 33
Broken symmetry ground state      252
Buckyball      see “ $C_{60}$ ”
bulk modulus      18 55 62
Bulk modulus, NaCl      19
Canonical partition function      55
CDW      see “Charge density waves”
Central limit distribution theorem      121 172
Charge density waves      40 85 94 99 238 242 248
chemical potential      53 61 62 191—192 197—198
Chemical potential, electron in a plane      63 201
Chemical potential, phonons      188
Classical distribution function      58
Classical statistics      61
Cobalt      13
Coherence factors      85
Cohesive energy      15
Cohesive energy, ionic      15
Cohesive energy, metallic      15
Cohesive energy, van der Waals      15
Collective mode resonance      85
Commutation relations      44 182 235
Compressibility      55 62 125
Compressibility, phonons      60
Compressibility, solids      18
Condensate, Bose — Einstein      57
Condensate, electronic      85
Conduction band      48 87 220
Conductivity, Drude      88 226
Conductivity, electrical      65 74 209
Conductivity, frequency-dependent      87
Conductivity, generalized      80
Conductivity, imaginary part      223
Conductivity, isotropic      72
Conductivity, of a superconductor      88 226
Conductivity, optical      79
Conductivity, real part      221 223
Conductivity, semiconductor      87 221
Conductivity, tensor      72 75 204—205 212—215
Conductivity, thermal      65 74 209—210
Cooper pairs      43 80
Coordination number      6
copper      46
Coulomb potential      243
Covalent solids      15—16
Creation and annihilation operators      44 235
Crystal      3
Crystal structure      3
Crystal structure, diamond      87
Crystal, crystallographic point group      5
Crystal, crystallographic space group      5
Crystal, finite      13
Crystal, imperfect      13
Crystal, symmetry      4
Crystallographic space groups      5
Cyclotron effective mass      34
Cyclotron frequency      63 201
de Haas — van Alphen oscillations      34 159
Debye approximation      18 60 188
Debye frequency      37
Debye, density of states      37
Debye, frequency      18 21 23 60 130 136 188
Debye, temperature      18 188
Debye, wavenumber      18 60 130
Density of states      35 37—40 63 161 167—168 173 191 200
Density of states, Debye approximation      37
Density of states, energy gap      41 171
Density of states, hybridized bands      41 171

Density of states, infinite dimensions      41 172
Density of states, joint      83
Density of states, one-dimensional metal      165
Density of states, superconductor      40 170
Density of states, three-dimensional metal      164
Density of states, tight-binding      41 172
Density of states, two dimensions      38 161
Density, fcc lattice      11
Density, hcp lattice      11
Diatomic chain      22 134
Dielectric function      79 98 100 101 237—238 242 243 245 247
Dielectric function, generalized      80
Dielectric function, half-filled band      99
Dielectric function, insulators      47 83
Dielectric susceptibility      79
Diffraction peak, G-dependence      13
Diffraction peak, height and width of      13
Diffraction peak, integrated intensity of      14
Diffusion current,electron      76 217
Diffusion current,hole      76 217
Diode      76 217
Dipole active      85
Dipole moment      23 137 139 231
Dirac-delta function      32 33 152 156
Direct transitions      220
Direct-gap      220
Discrete translational symmetry      3
dispersion relation      22 134
DOS      see “Density of states”
Drude conductivity      213
Drude model      67 74—76 83 88 207—210
Dulong-Petit law      190
Dyadic product      70
Dynamical matrix      17 21 128
Dyson — Maleev representation      48 49 183 184
effective mass      29 213
Effective mass tensor      29 33 34 40 63 157 168
Effective mass, cyclotron      34
Effective mass, electrons      182
Effective mass, holes      30 182
Eigenfrequency      21 114 129
Einstein model      18
Electromagnetic radiation      79—85
Electromagnetic waves      47
Electron gas      see “Free-electron gas”
Electron-electron interaction      100 101 245 247
Electron-electron interaction, infinite range      97 236
Electron-hole symmetry      208
Electron-phonon interaction      18 47 180 245
Electron-phonon scattering      210
Electrons, one-dimensional      41 61 98 171 194
Electrons, quasi-one-dimensional      38 39 88 101 247
Electrons, quasi-two-dimensional      34 159
Elementary excitations      43 57
Energy band      27 32 38 61 150 191 192
Energy band, hybridization      177
Energy dispersion      22 134 150
Energy dispersion, electrons      25
Energy dispersion, magnon      184 199
Energy gap      26 31 40 61 146 170 174
Energy gap, direct      84 87
Energy gap, due to periodic potential      41 171
Energy gap, indirect      84
Energy, electrons      61 194
Enthalpy      54
entropy      53 61 190
Entropy, electron gas      62 195
Ettingshausen effect      67
EuO      198
EuO, specific heat      62
Ewald construction      7
Excitation, Hubbard model      236
Excitation, two-electron      177
Exciton      48
Extended zone scheme      245
Extensive variables      53
Face centered cubic structure      5 13 109 111 116
FCC      see “Face centered cubic structure”
FE      see “Iron”
Fermi energy      27 34 60 159
Fermi function      191
Fermi line      212—215 223 245 247
Fermi liquid theory      27
Fermi sea      228
Fermi surface      27 32 152 165 216 223
Fermi surface, nesting of      92 100 101 245—248
Fermi surface, square lattice      33
Fermi temperature      28 59
Fermi wavevector      152 216
Fermi — Dirac distribution function      58
Fermion      35 44
Ferroelectricity      139
Ferromagnet      49 183
Ferromagnet, iron      43
Ferromagnetic Heisenberg model      183
Ferromagnetic order      233
ferromagnetism      237
Filling factor      6
Finite size effect      13
Flux quantum      63 201
Forbidden modes      85
Form factor      8
Fourier transform      243
Fourier transform infrared spectroscopy      86
Free carriers      80
Free energy      54 190
Free-electron gas      174
Free-electron gas, bulk modulus      62
Free-electron gas, chemical potential      62
Free-electron gas, entropy      61
Free-electron gas, one-dimensional      32 150—151
Free-electron gas, quasi-two-dimensional      173—174
Free-electron gas, three-dimensional      100
Free-electron gas, two-dimensional      42
Free-electron model      88 226
Friedel oscillation      100 243—245
FTIR      see Fourier transform infrared spectroscopy
Fullerenes      see $C_{60}$
g(E)      see “Density of states”
Gibbs potential      54
Golden Rule      69
Goldstone bosons      138
Grand canonical partition function      55
Grand canonical potential      54
graphite      11 109
Griineisen parameter      19 22 133
Griineisen relation      60
Ground state      43
Group theory      4 85
Half-filled band      212 214
Half-filled band, instability of      99 242
Hall coefficient      74 75 208
Hall conductivity tensor      66 214
Hall effect      66
Hall effect, quantum      37 63 201
Hall resistivity tensor      66
hcp      see “Hexagonal close packed structure”
Heisenberg model      49 96 183 184 233
Heisenberg model, anisotropic      49 185
Helmholtz potential      54
Hexagonal close packed structure      11 13 111 112 116
Hexagonal lattice      23 136 159
Hexagonal lattice, Fermi energy      34
High $T_{c}$ superconductors      10 72
Holes      30
Holstein — Primakoff transformation      48 182 185
Honeycomb lattice      4 109
Hopping conductivity      47 68
Hubbard model, infinite range      97 236
Hubbard model, large U      96 233—236

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