Fox M. — Optical properties of solids :: Электронная библиотека попечительского совета мехмата МГУ

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Fox M. — Optical properties of solids

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Название: Optical properties of solids

Автор: Fox M.

Аннотация:

Gives an introduction to the optical properties of solids, including many new topics that have not been previously covered in other solid state texts at this level.

Язык:

Рубрика: Физика/Физика твёрдого тела/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2001

Количество страниц: 305

Добавлена в каталог: 31.08.2005

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

Предметный указатель

Drude, Paul      29 147
Dye      13 176-7
Dye p-i-n diode      69 82 132 280-1
Dynamic crystal field effect      192-3
Effective charge      207
effective mass      58 149 154 159 216-17 275 277-8
Effective mass anisotropy      159 277
Einstein and coefficients      93 234-6 263-6 269
Einstein - Podolsky - Rosen experiment      238
Elastic light scattering      2 28 218
Electric dipole, approximation      268
Electric dipole, definition of      26
Electric dipole, interaction      52 125 268
Electric dipole, matrix element      268
Electric dipole, moment      26 52 126 131 175 255 268
Electric dipole, selection rules      269-70
Electric dipole, transition      52 54 125-6 169-70 175 194 268-70
Electric displacement      31 144 209 255-8
Electric field strength      255-8 281
Electric permittivity      255
Electric quadrupole transition      270
Electric susceptibility      31 39 208 227 233 255-6
Electric susceptibility tensor      42
Electrical conductivity      146 271-3
Electrical confinement      109
Electrical injection      103 134 182
Electro-optic effect      61 131-3 238-9 246
Electroluminescence      92 103-10 133-4 179
Electroluminescent devices      103 134 179 182
Electromagnetic induction      257
Electromagnetic momentum      267
Electromagnetic waves      258-62
Electromagnetism      255-62
Electron bound      25-36 143 209 230-1
Electron core      38
Electron density of states      54 99 128
Electron effective mass      277-8
Electron injection      98 103 134 182
Electron valence      55 148 154 167 271-6
Electron, $\pi$       13
Electron, $\sigma$       167
Electron, d      152-3 192-3 195-6 198 276
Electron, f      192-4 198 200
Electron, free      29 143-64
Electron, p      55 57 167 276
Electron, s      55 152-3 167 276
Electron-hole droplet      85
Electron-hole overlap      126 132 137
Electron-hole pair      50 76 80 95 182
Electron-hole plasma      85
Electron-hole recombination      95 101 106 133
Electron-phonon coupling      98 101 136 186-7 191 193 194
Electron-phonon coupling constant      216
Electronic bands      18 56-7 271-9
Electronic states in quantum wells      119-24
Electronic transition      36
Electroreflectance      61
Electrostatic potential      256-8
Electrostatics      256-8
Emerald ( $Cr^{3+}$ :beryl)      195
Emission of light      see Luminescence
Emission, spontaneous      2 4 92 107 246 263-5
Emission, stimulated      107 264-5
Energy density of light wave      259 264
Energy independent relaxation time approximation      156
Energy loss spectroscopy      161
envelope function      52 126 276
Epitaxial growth      103-5 117 138
Epitaxy      104
Equation of motion, quantum mechanical      268
Equipartition of energy      116
Esaki, L.      115 118 135
Ethylene ( $C_{2}H_{4}$ )      167 179
Excitations, elementary      20 161 214 216 218 246
Exciton      76-91
Exciton data, alkali halides      87
Exciton data, CdS quantum dot      137
Exciton data, GaAs      81 85
Exciton data, GaAs quantum well      129 130 132
Exciton data, GaInAs quantum well      250
Exciton data, II-VI semiconductors      78
Exciton data, III-V semiconductors      78
Exciton data, LiF      88
Exciton data, NaCl      88
Exciton data, polydiacetylene (PDA)      180
Exciton data, pyrene ( $C_{16}H_{10}$ )      88
Exciton data, rare gas crystals      87
Exciton, absorption      59 79-82 130 250
Exciton, binding energy      77
Exciton, Bose - Einstein condensation      86
Exciton, collective excitation      20
Exciton, diamagnetic shift      84
Exciton, field ionization      82
Exciton, free      76-86
Exciton, Frenkel      76 86-9 181
Exciton, high densities      84-6
Exciton, impurity screening      80
Exciton, in electric field      82
Exciton, in magnetic field      83
Exciton, indirect      80 85
Exciton, interactions      84
Exciton, luminescence      100
Exciton, molecular      88 180
Exciton, nonlinear absorption      85 249-50
Exciton, phonon collisions      81
Exciton, quantum confined Stark effect      131
Exciton, quantum dot      138
Exciton, quantum well      130-3
Exciton, radius      77
Exciton, Rydberg      78
Exciton, saturation      249-50
Exciton, self-trapped      87 218
Exciton, stability      80
Exciton, tightly bound      76 86-9 180
Exciton, Wannier - Mott      76
Experimental techniques      68 102 220-1
Extinction coefficient      5
Extraordinary ray      43 242-3
Extrinsic semiconductor      272-3
F-band      190
F-centres      189-91
F8      see Polyfluorene
Fabry - Perot etalon      251
Fabry - Perot interferometer      222
Face-centred cubic crystal      56 276-7
Far-infrared absorption      216-7
Faraday’s law      257
Fermi energy      99 101 106 151-3 156-7 271-3 280-1
Fermi surface      151
Fermi-Dirac statistics      99 236
Fermi’s Golden Rule      51 94 125 152 175 234
Feynman diagrams      21 220 237 243-4
Fibre amplifier, erbium-doped      198-9
Fibre laser      198
Fibre optics      11 42 104-5 134 198-9 248
Field ionization of excitons      82 132
Filter, colour glass      11 14 138
Finesse      251
Finite potential well      121
Flash lamp pumping      197
Fluorescence      169 178-9 200 270
Fluorescence, delayed      179 270
Fluorescence, prompt      179 270
fluorescent lighting      200
Forbidden transition      132 169 194 196 200 270
forward bias      280-1
Four-wave mixing      244-5
Fourier transform spectrometer      68
Fourth harmonic generation      237-8
Franck - Condon factor      175 189

Franck - Condon principle      173-6 189
Franz - Keldysh effect      61 83
Franz - Keldysh oscillations      62
Free carrier      see Free electron
Free electron      143-64
Free electron, absorption      10 155-7
Free electron, band dispersion      274
Free electron, conductivity      145-7
Free electron, Drude model      148
Free electron, oscillator      25 29 143-5
Free electron, plasma      143
Free electron, reflectivity      12 143-5 154-6
Free exciton      76-86 130-3 250
Frenkel exciton      76 86-9 180-1 218
Frequency doubling      2 237-9 241
Frequency mixing, nonlinear      237-9 243
Frequency tripling      238 244
Fresnel’s equations      261
Fundamental absorption edge      9 54-66 80 160
Gain coefficient      108
Gallium antimonide (GaSb)      278
Gallium arsenide (GaAs), absorption      64 81 83 85 129 130 132
Gallium arsenide (GaAs), absorption in electric field      83 132
Gallium arsenide (GaAs), absorption in magnetic field      83
Gallium arsenide (GaAs), band gap      63 278
Gallium arsenide (GaAs), band structure      56 278-8
Gallium arsenide (GaAs), crystal structure      278
Gallium arsenide (GaAs), effective mass      217 278
Gallium arsenide (GaAs), electroluminescence      104 107 134
Gallium arsenide (GaAs), electron-phonon coupling      216
Gallium arsenide (GaAs), electronic configuration      55
Gallium arsenide (GaAs), exciton      59 79-85 130-1
Gallium arsenide (GaAs), Franz - Keldysh effect      83
Gallium arsenide (GaAs), infrared reflectivity      211
Gallium arsenide (GaAs), laser      109-10 134 197
Gallium arsenide (GaAs), light-emitting diode      107 134
Gallium arsenide (GaAs), n-type      161
Gallium arsenide (GaAs), p-i-n diode      82 107 281
Gallium arsenide (GaAs), phonon      211 220-1
Gallium arsenide (GaAs), phonon lifetime      224
Gallium arsenide (GaAs), photodiode      71
Gallium arsenide (GaAs), photoluminescence      100
Gallium arsenide (GaAs), plasmon      161
Gallium arsenide (GaAs), polaron      216-7
Gallium arsenide (GaAs), quantum well      117 123 129-32 135 141
Gallium arsenide (GaAs), Raman active modes      220
Gallium arsenide (GaAs), Raman spectrum      162 221
Gallium indium arsenide (GaInAs)      101 134 250
Gallium nitride (GaN)      96 105 201
Gallium phosphide (GAP)      103 214-15 221
Gauge, electromagnetic      257
Gauss’s law      256-7
Gemstones      9
Germanium (Ge), absorption      65
Germanium (Ge), absorption in magnetic field      62
Germanium (Ge), band gap      65 277-8
Germanium (Ge), band structure      64 277-8
Germanium (Ge), crystal structure      64 277
Germanium (Ge), effective mass      277
Germanium (Ge), electronic configuration      55
Germanium (Ge), exciton      85
Germanium (Ge), luminescence      97
Germanium (Ge), melting point      177
Germanium (Ge), n-type      272
Germanium (Ge), phonon energies      65 210
Germanium (Ge), photodiode      70
Germanium (Ge), transmission      62
Glass, doped      14-15 137-8 247
Glass, nonlinear response      247-9
Glass, optical properties      11-12 37-8 41
Glass, refractive index      11 38 41
Glass, silica      11-12 37-8 41
Glass, stained      11 14 138
Glass, types      12
Gold (Au)      12 153 164
Group theory      54 193 195 204 220 276
Group velocity      38 80 274
Group velocity dispersion      42 248
Halophosphate phosphor      200
Heavy hole band      57 157
Heavy hole transition      57 129 132
Heisenberg uncertainty principle      115
Hertz, Henrick      26
Hertzian dipole      27
Heterojunction laser      109-10
heterostructure      110 117
Hexagonal crystal      43 105 279
hole      50 57 154 180 190 272-3 275
Hole effective mass      277-8
Hole injection      105 182
HOMO level      168 181
Hopping      86 182 217
Hot carrier effect      101
Hund’s rules      194
Huygens point source      28
Hybridization, sp2      167
hydrogen molecule      172
Hysteresis, optical      251
Iceland spar      see Calcite
Idler beam      238
Impurities      60 80 94 100 154 158-60 186 192-6 272-3
Impurities, optically active      186 192-6
Impurity level      158 272-3
Impurity scattering      157
Indirect absorption      51 63-6
Indirect band gap      50 63 96 103-5 277-8
Indium antimonide (InSb)      155-6 217 250-1 278
Indium arsenide (InAs)      59 138 211 278
Indium phosphide (InP)      221 278
Indium-tin oxide (ITO)      182
Inelastic light scattering      2 218-22
Infinite potential well      119 128
Infrared absorption      9-11 20 28 38 135 157 159 212 216-17
Infrared active phonon      204
Infrared emission      135 136
Infrared reflectivity      155 206-11 219 225
Infrared resonance      29 35 38 204
Injection current      108
Injection of carriers      93 95 98 107 133 182
InSb      see Indium antimonide
Insulator, band structure      271-3
Insulator, doped      14-15
Insulator, excitons      86-88
Insulator, optical properties      8-11
Insulator, refractive index      10
Intensity, optical      3 259-60
Interaction picture      268
Interband absorption      49-73 95-7 124-31 151-4 236
Interband luminescence      49 95-111 133-4
Interband matrix element      51-6 95 126
Interface, optical      261
Intersubband transition      135
Intersystem crossing      178-9
Intervalence band absorption      157
Intrinsic region      82 107 132 280-1
Intrinsic semiconductor      272-3
Inversion symmetry      121 123 220 239-40 243
Ionic crystal      28 189-91 206
Ionization field      82 132
Ionosphere      145
Isotropic materials      31 43 125 243 247-9 256
Ito      see Indiumtin oxide
Joint density of states      53 128 266
K point      276
Kane four-band model      57
KDP ( $KH_{2}PO_{4}$ )      229 240 242-3
Kerr constant      246
Kerr effect, DC      246
Kerr effect, optical      244-7
KF: $F_{2}^{+}$       191 199

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