Электронная библиотека Попечительского совета механико-математического факультета Московского государственного университета   Главная    Ex Libris    Книги    Журналы    Статьи    Серии    Каталог    Wanted    Загрузка    ХудЛит    Справка    Поиск по индексам    Поиск    Форум    Авторизация         Поиск по указателям Moss T.S. — Optical properties of semi-conductors (Semi-conductor monographs) Обсудите книгу на научном форуме Нашли опечатку? Выделите ее мышкой и нажмите Ctrl+Enter Название: Optical properties of semi-conductors (Semi-conductor monographs) Автор: Moss T.S. Язык: Рубрика: Физика/ Статус предметного указателя: Готов указатель с номерами страниц ed2k: ed2k stats Год издания: 1961 Количество страниц: 279 Добавлена в каталог: 23.03.2008 Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID Предметный указатель Absorption by impurities      49 Absorption coefficient, definition      2 Absorption condition for maximum      20 Absorption direct and indirect transitions      34ff. Absorption due to free carriers      29ff. Absorption edge exponential      39 Absorption edge impurity dependence      45 Absorption edge magnetic field dependence      46 90 Absorption edge temperature and pressure dependence      43ff. Absorption edge, definition of      40 Absorption in germanium      133 Absorption in indium antimonide      42 Absorption intra-band      50 Absorption lattice      51 Absorption spectra      38 Ambipolar diffusion constant      62 Antimony      179 Argand diagram of optical constants      18 Boron      102ff. Boron absorption      103 Boron activation energy      102 Boron photo-effects      105 Boron refractive index      104 Brewster angle      6 Cadmium compounds      201ff. Cadmium oxide      203 Cadmium sulphide      205 214ff. Cadmium sulphide absorption      214 Cadmium sulphide absorption shift      215 Cadmium sulphide excitons      220 Cadmium sulphide free carriers      216 Cadmium sulphide lifetimes      205 220 Cadmium sulphide photoconductivity      204 218 Cadmium sulphide refractive index      217 Cadmium sulphide Restrahlen      217 Cadmium telluricle      221ff. Cadmium telluricle energy gap      221 Cadmium telluricle mixtures with HgTe      222 classical oscillator      17 Complex refractive index      2 Cyclotron resonance      87 233 Dember effect      61 diamond      107ff. Diamond activation energy      111 Diamond mobilities      107 Diamond semi-conducting      111 Diamond spectral shift      108 Dielectric constant real and imaginary parts      16ff. 245 Dielectric surface layer      243 Direct transitions, absorption by      36 Direct transitions, emission by      97 Dispersion theory      15ff. Electroluminescence      98 Emission from semi-conductors      91ff. Emissivity      99 Emissivity of germanium      101 Energy gap, correlation with other parameters      48 Exciton absorption      47 117 135 Faraday effect      83 Faraday effect in selenium      156 Faraday effect of free carriers      85 Free carrier absorption      29ff. Free carrier absorption effect of scattering law      31 Free carrier dispersion      32 Free carrier Faraday effect      85 Free carrier reflection      32 Fresnel’s laws      4 Germanium      129ff. Germanium absorption by holes      139 Germanium absorption by injected carriers      140 Germanium absorption edge      133 134 Germanium absorption edge shift      137 Germanium band theory      129 Germanium dielectric constant      132 Germanium doped      145ff. Germanium free carrier absorption      138 Germanium lattice absorption      141 Germanium mobilities      130 Germanium optical constants      136 Germanium photoconductivity      141 147 Germanium recombination radiation      143 Germanium refractive index      131 133 Germanium-silicon alloys      150 Gray tin      179 Impurity absorption      49 123 Indirect transitions, absorption by      37 Indirect transitions, emission by      97 Indium antimonide      226ff. Indium antimonide absorption edge      42 228 229 231 232 Indium antimonide absorption edge shift      230 Indium antimonide band theory      227 240 Indium antimonide effective mass      229 234 240 Indium antimonide emissivity      238 239 Indium antimonide Faraday effect      239 Indium antimonide mobilities      226 Indium antimonide photo-effects      240 Indium antimonide recombination radiation      238 Indium antimonide refractive index      235 237 Indium antimonide Restrahlen      234 Inter-relation of amplitude and phase of reflection      25 Inter-relation of optical constants      22ff. 245 Inter-relation of optical constants 2nk and       24 247 Inter-relation of optical constants n and K      26 248 Interference phenomena      11ff. Interference, effect of dispersion      13 Intermetallic compounds      223ff. Intermetallic compounds absorption edges      224 Intermetallic compounds refractive indices      224 Intermetallic compounds Restrahlen      225 Iodine      180 Lattice absorption      51 Lattice absorption in germanium      141 Lattice absorption in silicon      121 Lead compounds      181 ff. Lead compounds absorption edges      183 Lead compounds band theory      182 Lead compounds effective masses      186 Lead compounds emission      193 Lead compounds free carrier absorption      185 Lead compounds optical constants      188 Lead compounds optical constants, inter-relation of      191 Lead compounds photo-effects      192ff. Lead compounds photo-effects response times      193 199 Lead compounds photo-effects spectral response      195 197 Lead compounds reflection measurements      187 Lead compounds refractive indices      191 Lead compounds solid solutions      182 Lead compounds spectral shift      187 194 Lorentz dispersion theory      15 Magneto-absorption      89 Magneto-optic effects      83ff. Maxwell’s equations      1 Mercury compounds      201ff. Mercury compounds mixtures with cadmium telluride      222 Mobility theory      44 Optical activation energy      40 Optical constants, inter-relation of      22ff. 245 Oscillator strength      16 Oscillatory magneto-absorption      903 134 Photo-diffusion      61 Photo-effects      53ff. Photo-effects in p-n junctions      76 Photo-electro-magnetic effect      63ff. Photo-electro-magnetic effect at high magnetic fields      73 Photo-electro-magnetic effect spectral response      57 70 Photo-emission      53 98 Photo-mechanical effects      75 Photo-voltaic effect      56 Photoconductivity      58 Photoconductivity at high intensities      251 Photoconductivity effect of surface      59 Photoconductivity spectral response      59 Poynting vector      2 5 Recombination lifetime of indium antimonide      92 Recombination radiation      91 Recombination radiation direct and indirect transitions      97 Recombination radiation spectral curve      93 Reflection at conducting surface      6 Reflection diffuse      42 Reflection effect of surface layers      243 Reflection Fresnel's laws      4 Reflection maximum      21 Reflection minimum      22 32 Reflection of polarized radiation      8 Reflection theory      19ff. Reflectivity      6 12 Refraction at conducting surface      10 Refraction Fresnel’s laws      4 Refractive index as integral of absorption      27 Refractive index complex      2 Restrahlen bands      51 225 Selenium      152ff. Selenium absorption edge      152 154 Selenium absorption edge shift      153 Selenium barrier theory      163 Selenium effective mass      156 Selenium lattice absorption      156 Selenium mobilities      159 164 Selenium photoconductivity      158 161 Selenium reflection spectra      162 Selenium refractive index      156 Selenium-sulphur mixtures      165 Selenium-tellurium mixtures      164 Silicon      113ff. Silicon absorption edge      117 Silicon absorption edge shift      118 Silicon band structure      113 Silicon carbide      112 Silicon doped, absorption      123 Silicon doped, photoconductivity      126 Silicon effective masses      114 Silicon free carrier absorption      120 Silicon inter-relation of n and K      118 Silicon lattice absorption      121 Silicon mobilities      114 Silicon photoconductivity      122 Silicon recombination radiation      123 Silicon refractive index      115 Snell’s law      4 Solar battery      79 Solar battery optimum material for      82 Spectral distribution of photo-effects      57 59 70 Spectral shift theory      43ff. Tellurium      167ff. Tellurium absorption      167 Tellurium absorption shift      169 Tellurium band theory      173 Tellurium free carrier absorption      172 Tellurium mobilities      172 Tellurium photoconductivity      175 Tellurium recombination      178 Tellurium refractive indices      170 Tellurium temperature and pressure effects      169 Tellurium-selenium mixtures      164 Tin, gray      179 Transmission of a plate      13 14 Wave propagation      1 X-ray spectra      43 Zeeman effect      90 Zinc compounds      201ff. Zinc oxide      203 206 Zinc sulphide      207ff. Zinc sulphide absorption      207 Zinc sulphide absorption shift      209 Zinc sulphide activation energy      202 208 Zinc sulphide effective mass      212 Zinc sulphide photoconductivity      212 Zinc sulphide reflectivity      211 Zinc sulphide refraction index      209 Реклама        © Электронная библиотека попечительского совета мехмата МГУ, 2004-2024 | | О проекте