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Fox M. — Optical properties of solids
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: en

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
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Предметный указатель
Phonon, virtual      216
Phonon-phonon interaction      223
Phosphor      105 199-201
Phosphorescence      169 178-9 200 270
Phosphorous      159
Photoconductivity      71
Photocurrent      69 82 132 180-1
Photodetector      69-72 133 135
PhotoDiode      69 280
Photoexcitation      99
photoluminescence      92-103 133 181
Photoluminescence excitation spectroscopy (PLE)      102 141
Photoluminescence spectroscopy      102
Photoluminescence, time-resolved      101-3
Photomultiplier      103
Photovoltaic device      71
Planck formula      265
plasma      85 143 161
Plasma edge      155
Plasma frequency      12 144 155 161
Plasma oscillations      160
Plasma reflectivity      143-5 155
Plasmon      20 160-2 209 218
PLE      see Photoluminescence excitation spectroscopy
Plexiglas      see Perspex
Pockels effect      238-9 246
Point group symmetry      16
Poisson’s equation      256 280-1
Polar bond      28 206
Polar molecule      28
Polar solid      206-13
Polariton      214-15 220
Polarization, dielectric      30 144 227 255-6
Polarization, nonlinear      228-9 231-4 237-40 243
Polarization, optical      125 135 259-60
Polaron      87 215-18
Polaron effective mass      216-17
Polaron radius      217
Poly(paraphenylene)      181
Poly-phenylenevinylene (PPV)      182
Polyacetylene      179-80
Polydiacetylene (PDA)      89 166 180-1 217
Polyethylene      see Polythene
Polyfluorene      13-14 181
Polymer      13 89 166 168 179-83
Polymer, luminescent      181-3
Polythene      13 179
Population inversion      107 197
Potassium dihydrogen phosphate      see KDP
Potential well      119-24
Potential, electrostatic      256-8
Potential, vector      257
Poynting vector      259
PPV      see Poly-phenylenevinylene
prism      41
Prompt fluorescence      179 270
Propagation of light      1 25-46
Pulse broadening      41 248
Pulsed laser      199
Pyrene ($C_{16}H_{10}$)      88
Pyrromethene 567 dye      176-7
Quadratic electro-optic effect      246
Quantization energy      120
Quantum box      see Quantum dot
Quantum cascade laser      135
Quantum confined Stark effect      131
Quantum confinement      115-17 168 176
Quantum dot      116 136-8
Quantum efficiency      69 94 109
Quantum optics      21 238
quantum size effect      14 116 137 168
Quantum theory of radiative transitions      263-70
Quantum well      115-42
Quantum well, absorption      124-31 135 250
Quantum well, definition      116
Quantum well, density of states      128
Quantum well, electroluminescence      106 133-4
Quantum well, electronic states      119-24
Quantum well, exciton      130-3 250
Quantum well, laser      134 197
Quantum well, non-lattice matched      118 134
Quantum well, nonlinear optics      250
Quantum well, photoluminescence      133
Quantum well, quantum confined Stark effect      131
Quantum well, radiative efficiency      134
Quantum well, structure      117
quantum wire      116
Quartz      44
Quasi-equilibrium      99
Quaternary alloy      104-5
Rabi oscillations      266
Radiative efficiency      94 196
Radiative lifetime      93-6 134 169 178-9 194 196 264 270
Radiative transition      93 263-70
Raman scattering      161 218 220-1 246
Raman scattering, AlSb      221
Raman scattering, anti-Stokes      218-19
Raman scattering, apparatus      220-1
Raman scattering, frequency shift      161 218
Raman scattering, GaAs      221
Raman scattering, GaP      215 221
Raman scattering, InP      221
Raman scattering, lifetime broadening      223
Raman scattering, molecular      220
Raman scattering, n-type GaAs      161-2
Raman scattering, optical phonons      20 161 220-1
Raman scattering, plasmon      161-2
Raman scattering, polariton      214-15
Raman scattering, selection rules      220
Raman scattering, spin-flip      246
Raman scattering, spontaneous      246
Raman scattering, stimulated      244 246
Raman scattering, Stokes      218-19 221
Raman, C.V.      220
Rare earth ion      192-6 200
Rare gas crystals      87
Rayleigh scattering      4
Reciprocal lattice vector      273-4
Recombination, electron-hole      95 101 106 133
Rectification, optical      238
Reduced mass      26 58 78 127 173 208
Reduced zone scheme      274-5
Reflection      1 261
Reflection coefficient      2 262
Reflectivity spectra, AlSb      225
Reflectivity spectra, aluminium      149
Reflectivity spectra, copper      153
Reflectivity spectra, GaAs      211
Reflectivity spectra, gold      164
Reflectivity spectra, InAs      211
Reflectivity spectra, InSb, n-type      156
Reflectivity spectra, silver      12
Reflectivity, definition of      2 262
Reflectivity, free carrier      12 143-56
Reflectivity, infrared      155 206-11
Reflectivity, lattice      206-14
Reflectivity, plasma      143-5
Reflectivity, relationship to refractive index      7 68 262
Reflectivity, restrahlen      210-12
Refraction      2
Refractive index data, fused silica      11 37 41
Refractive index data, insulators      10
Refractive index data, NaCl      47
Refractive index data, semiconductors      11
Refractive index data, uniaxial crystals      43
Refractive index, complex      4-8 260-1
Refractive index, definition of      3 259
Refractive index, dipole oscillator      29-37
Refractive index, dispersion      40-2
Refractive index, frequency dependence      36
Refractive index, microscopic origin      28
Refractive index, nonlinear      245-52
Refractive index, relation to dielectric constant      6 259
Relative dielectric constant      6 256
Relative magnetic permeability      257
Relaxation mechanisms      93 98 173^4 187
Residual ray      211
Resonance enhancement      234 246
resonant frequency      26-37 208 230-1 247
Resonant nonlinear response      230 234-6 246 249-52
Resonant polarization      31
Responsivity      69
Restrahlen      210-12 214
Reverse bias      280-1
Rhombohedral crystal      43
Rigid lattice model      216
Ruby ($Cr^{3+}$:$Al_{2}O_{3}$)      2 15 186 192 196
Rule of mutual exclusion      220
Russell - Saunders coupling      193
Russell, John Scott      248
Rutherford, Ernest      26
Rydberg constant      78
S bands      152-3 276
Sapphire ($Al_{2}O_{3}$)      8-10 15 105 195-6 206 212
Saturable absorber      236 249-50
Saturated bond      13 168 179
Saturation intensity      236
Scattering cross-section      4
Scattering of light      2-4 28 161 218-22
Second harmonic generation      2 231-2 237-9 241-3
Second-order nonlinear optics      228-34 236-43
Second-order nonlinear susceptibility      228 234 236-40
Second-order nonlinear susceptibility tensor      229
Selection rules, electric dipole      269-70
Selection rules, electric quadrupole      270
Selection rules, infrared activity      220
Selection rules, Landau level      62
Selection rules, magnetic dipole      270
Selection rules, parity      126 270
Selection rules, quantum well      125 135
Selection rules, Raman scattering      220
Selection rules, spin      169 178 270
Selection rules, wave vector      53
Self-organized quantum dots      138
Self-phase modulation      244 247-9
Self-trapping      87 217
Semiclassical model      20 52
Semiconductor band gaps, tables of      277-8
Semiconductor band structure      56-8 271-3 277-9
Semiconductor conductivity      272
Semiconductor crystallites      14
Semiconductor, doped      29 135 143 154-62 246 272-3
Semiconductor, doped glass      14 115 137
Semiconductor, effective mass      277-8
Semiconductor, extrinsic      272-3
Semiconductor, GaAs      see Gallium arsenide
Semiconductor, Ge      see Germanium
Semiconductor, heterojunction      110 117
Semiconductor, II-VI      78 105 137 154 216-17 272 278
Semiconductor, III-V      55-57 78 105 138 154 157 206 210 216-17 221 272 278
Semiconductor, intrinsic      272-3
Semiconductor, laser      107-10 134 135
Semiconductor, light-emitting diode      106 134 200
Semiconductor, n-type      135 143 154-61 272-3
Semiconductor, nonlinear effects      85 249-52
Semiconductor, optical properties, summary of      8-11
Semiconductor, organic      181-3
Semiconductor, p-i-n diode      82 280-1
Semiconductor, p-n junction      106 280
Semiconductor, p-type      143 154 157 160 272-3
Semiconductor, photodetectors      69
Semiconductor, quantum dot      116 136-38
Semiconductor, quantum well      106 115-42
Semiconductor, quantum wire      116
Semiconductor, Si      see Silicon
Semiconductor, superlattice      116-18 135
Semimetal      278
Signal beam      238
Signal velocity      38
Silica ($SiO_{2}$)      11-12 37 41-2 207 248
Silicon (Si), absorption      64 66
Silicon (Si), band gap      63 277
Silicon (Si), band structure      67 271 276-7
Silicon (Si), effective mass      277
Silicon (Si), exciton      85
Silicon (Si), luminescence      97
Silicon (Si), n-type      159 272
Silicon (Si), phonon      210 220
Silicon (Si), photodiode      70
Silicon (Si), Raman active modes      220
Silicon (Si), solar cell      72
Silicon carbide (SiC)      103
Silver (Ag)      12 153
Simple harmonic oscillator      173 223
Single quantum well      117
Singlet states      168-9 176 177-9
Singlet-singlet transition      169 177-81
Singlet-triplet transition      169 178-9
Skin depth      147
Skin effect      147 156
Slope efficiency      109
Small polaron      217
Snell’s law of refraction      2
Sodium      271
Sodium chloride (NaCl)      28 47 87 177 207
Soft condensed matter      166
Solar cells      71 280
Solid state laser      15 107-10 134 196-9
Solid state, characteristic optical physics      15-20
Solitons      248
Sound velocity      205 222
Spin coating      166 182
Spin multiplicity      168 195
spin quantum number      168 177 270
Spin selection rule      169 178 270
Spin-orbit interaction      57 169 179 193-5 200 277-8
Split-off hole band      57 157 277-8
Spontaneous emission      2 4 92 107 246 263-5
Stained glass      14 138
Stark effect      131
States, Bloch      18 52 125 276
States, delocalized      19 77 166-8 186
States, localized      77 86 165-6 174 177 182 186
Static crystal field effect      192-3
Stimulated Brillouin scattering      244 246
Stimulated emission      107 234-6 264-5
Stimulated Raman scattering      244 246
Stokes scattering      218-19
Stokes shift      4 14 171 181 188 191 196
Stokes, George      4
Streak camera      103
Substrate      103-5 117
Sum frequency mixing      237-9
Superlattice      116-18 135
susceptibility      see Electric susceptibility
Susceptibility, nonlinear      227-34 236-40 243-7
Symmetry, class      16 43 229 239-40
Symmetry, class, Kleinman      247
Symmetry, class, lowering      17 121 131 132 193
Symmetry, class, octahedral      192-6
Symmetry, class, point group      16
Symmetry, class, points of Brillouin zone      56 276
Symmetry, class, translational      16 276
Symmetry, effects of      16-18
Symmetry, effects of, birefringence      43
Symmetry, effects of, crystal field splitting      193 195
Symmetry, effects of, electronic bands      57
Symmetry, effects of, infrared activity      220
Symmetry, effects of, nonlinear susceptibility      229 239-40 247
Symmetry, effects of, Raman activity      220
1 2 3 4 5
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