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

$Al_{2}O_{3}$       see Sapphire
$Co^{2+}$       198
$Cr^{3+}$       see Chromium ion
$C_{14}H_{10}$       see Anthracene
$C_{16}H_{10}$       see Pyrene
$C_{18}H_{12}$       see Tetracene
$C_{2}H_{2}$       see Acetylene
$C_{2}H_{4}$       see Ethylene
$C_{4}H_{8}$       see Cyclobutane
$C_{6}H_{6}$       see Benzene
bands      152-153 276
$Er^{3+}$       198-9
$Eu^{2+}$       200
$Eu^{3+}$       200
$F_{2}^{-}$ centre      191 199
$Nd^{3+}$       194-5 197-8
$NH_{3}$       see Ammonia
$Tb^{3+}$       200
$Ti^{3+}$       see Titanium
$[CH_{2}]_{n}$       see Ethylene
$\Gamma$ point      56 276
$\pi$ bond      167
$\pi$ conjugated materials      13 168
$\pi$ electron      13 89 166-8
$\pi$ orbital      13 167-8 177
$\pi\rightarrow\pi$ transition      168 177 180
$\sigma$ bond      167
Absorbance      4
Absorption spectra, $KF:F^{+}_{2}$       191
Absorption spectra, ammonia      176
Absorption spectra, CdS quantum dot      137
Absorption spectra, GaAs      64 81 83 85 130
Absorption spectra, GaAs quantum well      129 130 132 141
Absorption spectra, GaInAs quantum well      250
Absorption spectra, GaN      96
Absorption spectra, germanium      65
Absorption spectra, InAs      59
Absorption spectra, LiF      88
Absorption spectra, MeLPPP      181
Absorption spectra, NaCl      88
Absorption spectra, polydiacetylene (PDA)      180
Absorption spectra, polyfluorene      14
Absorption spectra, pyrene ( $C_{16}H_{10}$ )      88
Absorption spectra, pyrromethene 567 (P-567) dye      177
Absorption spectra, silica ( $SiO_{2}$ )      37
Absorption spectra, silicon      64 66
Absorption spectra, silicon, n-type      159
Absorption spectra, Ti:sapphire      196
Absorption, apparatus      68
Absorption, aromatic hydrocarbon      177-9
Absorption, atomic      26-8 33-4 50
Absorption, coefficient      3
Absorption, definition of      2 235 263-4
Absorption, dipole      27-37
Absorption, direct      51-63
Absorption, edge      9 50 54-66 127 138 160
Absorption, electronic      36
Absorption, excitonic      79-89 130
Absorption, extinction coefficient, relationship to      5
Absorption, F-centre      190
Absorption, far-infrared      216-17
Absorption, free carrier      10 147 155-7
Absorption, impurity      158-60
Absorption, in electric field      60 82 132
Absorption, in magnetic field      61 83
Absorption, indirect      63-6
Absorption, infrared      9-11 20 28 38 135 157 159
Absorption, interband      18 38 49-73 151-4 247
Absorption, intersubband      135
Absorption, intervalence band      157
Absorption, lattice      9 205 212
Absorption, molecular      169-77
Absorption, nonlinear      85 234-6 249-50
Absorption, optical density, relationship to      4
Absorption, phonon      9 205 212
Absorption, polymer      179-81
Absorption, quantum dot      137
Absorption, quantum theory of      263-70
Absorption, quantum well      124-33
Absorption, rate      264 266 269
Absorption, saturable      236 249-50
Absorption, two-dimensional      127
Absorption, ultraviolet      38 176
Absorption, vibrational      9 36
Absorption, vibronic      170-7 186-9
Ac conductivity      146
Acceptor      105 154 273
Acetylene ( $C_{2}H_{2}$ )      179
Acoustic phonon      see Phonon acoustic
Active region      103 109 133 182 280
AG      see Silver
AgCl      216-17
Alferov, Zhores      110
AlGaAs      97 104
AlGalnP      104
Alkali halides      87 189-91
Alkali metals, ultraviolet transmission      149
Allowed transition      55 95 126 169-70 178 270
AlSb      221
Aluminium (Al)      149-52 271 276
Ammonia ( $NH_{3}$ )      176
Amorphous materials      13 18 166 182 207
Ampere’s Law      257
Amplification of light      107
Amplification, nonlinear      238 246
Anharmonic oscillator      223 231-4
Anharmonicity      223 231
Anion dopant      192
Anisotropic materials      10 228-9 242-3 256
Anisotropy, optical      17 42 256
Anode      182
Anomalous dispersion      41 248
Anthracene ( $C_{14}H_{10}$ )      88 177-9
Anti-bonding orbital      55 168
Anti-Stokes scattering      218-19
Anticrossing      214 217
Argon Ion Laser      197
Aromatic hydrocarbon      13 88 166 177-9
Atomic oscillator      26
Attenuation of light      2-7 146
AU      see Gold
Back-scattering geometry      219
Band gap      9-11 50 105 217 271-5
Band structure      271-9
Band structure, aluminium      151 276
Band structure, copper      153 276
Band structure, direct gap      50 56
Band structure, four-band (Kane) mode      57 277-8
Band structure, GaAs      56 278
Band structure, germanium      64 277-8
Band structure, III-V semiconductor      57 278
Band structure, indirect gap      50 277
Band structure, silicon      67 276-7
Band theory of solids      18 271-9
Band-filling nonlinearity      249-50
Bands, electronic      18 50 186 271-6
Bands, vibronic      19 186-9
Barrier potential      121
Beer’s law      3-6 27
Benzene ( $С_{6}Н_{6}$ )      13 167
Benzene ring      13 167 177
Beryl ( $Be_{3}Al_{2}Si_{6}O_{18}$ )      195
Bias voltage      280-1
Biaxial crystal      43
Biexciton      85
Binary logic, optical      252
Birefringence      17 42-5 238 242-3
Birefringent materials      10 43 242
Bistability, optical      251
Black body radiation      265

Bloch functions      18 52 125 276
Bloch oscillations      135-6
Bloch waves      20
Bloch’s theorem      18 52 275-6
Bohr radius      78
Boltzmannn statistics      100
Boltzmannn’s law      265
Bonding orbital      55 168
Born - Oppenheimer approximation      171-4
Bose - Einstein condensation      86
Bose - Einstein statistics      65 86
Bound electrons      25-38 230-4
Boundary conditions, optical      261
Boundary conditions, quantum well      120-2
Breathing mode      188
Brillouin scattering      218 222
Brillouin zones      273-6
Brillouin, L.      222
Broadening due to damping      30-3
Broadening due to monolayer fluctuations      134
Broadening due to scattering      63 81
Broadening, lifetime      223
Broadening, thermal      178 194
Built-in voltage      72 82 132 280-1
Cadmium selenide (CdSe)      9-11 206 212
Cadmium sulphide (CdS)      137
Calcite      43-4
Carbon      167
Carbon monoxide laser      251
Cathode      182
Cathode ray tube      200
Cation vacancy      189-91
Centrosymmetric crystal      220 239-40
Charge density      256
Chromium ion ( $Cr^{3+}$ )      15 187 192 195 196 198
Classical models      20 25-6 143-5 206-9 230-4
Classical statistics      see Boltzmann statistics
Classification of optical processes      1-5
Clausius - Mossotti relationship      40
Coefficient, absorption      3
Coefficient, extinction      5
Coefficient, gain      108
Coefficient, reflection      2
Coefficient, transmission      3
Coherence length, nonlinear      241
Collective excitations      19 160 214 216 246
Colour centres      189-91 198-9
Colour glass filters      11 14 138
Complex dielectric constant      5-8 31 144 208
Complex refractive index      5-8 68 260-1
Conducting medium      260-1 271-3
Conduction band      50-7 95-7 271-3 276
Conductivity, electrical      146 260
Configuration coordinates      171-4 188
Configuration diagrams      171-4 188 190
Confinement energy      116 120 136 168
Conjugated materials      13 89 167-9 177-83
Conjugated polymer      13 166 168 179-83
Copolymer      182
Copper (Cu)      12 152-3 276
Copper chloride (CuCl)      85 86
Copper oxide ( $Cu_{2}O$ )      86
Correlated photon pair      238
Coulomb gauge      257 267
Covalent bonds      13 55 166-8 206
Covalent crystal      55 206 210
Critical points      68 152
Crystal field effect      15 17 192-6
Crystal symmetry      16-8 43 220 229 239-40
Crystal, anisotropic      10 17 43 228-9 242-3 256
Crystal, biaxial      43
Crystal, centrosymmetric      220 239-40
Crystal, class      16 43 229 239-40
Crystal, nonlinear      229 231-43
Crystal, uniaxial      17 43 229 240 242-3
Cubic crystal      43 105 240 276 278
Cuprite ( $Cu_{2}O$ )      278-9
Current density      146 257 260
Cyclic conjugated molecule      168
Cyclobutane ( $C_{4}H_{8}$ )      179
Cyclotron energy      83 216
Cyclotron frequency      61 216
Cyclotron resonance      216-17
Damping      30 145-6 208 211 222 232
Damping rate      30 146 208 222
Damping time      146 223
de Broglie wavelength      86 116 273
Defects, optically active      186 189-91
Degeneracy, atomic      265 269
Degeneracy, electronic      101 106
Degeneracy, lifting of      17 121 131 193
Degeneracy, spin      275
Degenerate four-wave mixing      244-5
Degrees of freedom      116 175
Delayed fluorescence      179 270
Delocalized states      19 77 166-8 186
Density of states      19 51-54 94 99 128 137 152-3 187 266-7
Density of states, 0-D      137
Density of states, 2-D      128 137
depletion region      106 280-1
Detector      see Photodetector
Diamagnetism      84
diamond      10 210 271 277
Diamond structure      56 277
Diatomic molecule      171-3
dielectric constant      6 255
Dielectric constant, bound electron      35
Dielectric constant, complex      5-8
Dielectric constant, free carrier      144 146 155
Dielectric constant, high frequency      208
Dielectric constant, lattice      208
Dielectric constant, linear      227
Dielectric constant, nonlinear      228 234
Dielectric constant, relative      6 255-6
Dielectric constant, static      32 208
Dielectric constant, tensor      44
Difference frequency mixing      237-9
Dimer      179
Diode      see p-n diode or p-i-n diode
Diode laser      107 134 179 197
Dipole moment      26 52 126 175 255 268
Dipole oscillator model      25-40 143-5 154-6 206-9
Dipole, atomic      26-8
Dipole, electric      26 131
Dipole, Hertzian      27
Dirac notation      52
Direct absorption      51-63
Direct band gap      50 95 98 103-5 277-9
Dispersion, $SiO_{2}$ glass      40-2
Dispersion, anomalous      41 248
Dispersion, definition of      3
Dispersion, glass      38 40-2
Dispersion, group velocity      42
Dispersion, microscopic origin      40-2
Dispersion, normal      41 241-3 248
Dispersion, optical fibre      41-2 248
Displacement      see Electric displacement
Displacement current      257
Display technology      182
Divalent metal      271
Donor      154 158 272-3
Donor levels      158 272-3
Doped glass      14-5 137-8
Doped insulator      14-5 192-6
Doped semiconductor      29 80 143 154-62 272-3
Double refraction      43
Double spectrometer      221
Down conversion      238-9
Drude - Lorentz model      29 143
Drude model      143 148

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