Ehrenberg W. — Electric Conduction in Semiconductors and Metals :: Электронная библиотека попечительского совета мехмата МГУ

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Ehrenberg W. — Electric Conduction in Semiconductors and Metals

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Название: Electric Conduction in Semiconductors and Metals

Автор: Ehrenberg W.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1958

Количество страниц: 240

Добавлена в каталог: 09.11.2008

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

Предметный указатель

Junction      45 97 194 198 200 274
Junction transistor      328
k-space      88
Kelvin's relations      5 21 68
Kinetic energy of electron      20 28 34 45
Kinetic theory      10
Kip      142
Kittel      142
Kroeger      240
Kurnakov      258
Labhart      244 375
Landsberg      40 302
Laplace spherical harmonics      47
Laplume      336
Lark-Horovitz      58 211 216 217 219 226 251 263 302 367
Lattice absorption      135
Lattice imperfections      118 133
Lattice mobility      176 196 260
Lattice scattering      51 60 179
Lattice vibrations      147
Lattice waves      149
Lawrance      224 349 358 359 361
Lead selenide      251
Lead sulphide      130 239 248 304 370
Lead sulphide filaments      370
Lead telluride      251
Lempicky      301
Lewis      189
Lifetime      315 324 337 344 347 349
Light quantum      134
Liouville's's theorem      51 190
Lithium      22 140 169 174
Longitudinal mass      146
Longitudinal waves      153 181
Lorentz      34
Lorentz's equation, force      7 12 83 102 112 142
Low temperatures      169 186
Lummis      238
Macdonald      60
Magnesium      140
Magnesium aluminate      252
Magnesium chromate      254 255
Magnesium compounds      258
Magneto-resistance effect (coefficient)      1 19 69 70 73 78 80 202 205 227
Magnus, law of      4
Mansfield      243
Many      353
Mass action      42
Mass tensor      102 113
Matrix atoms      27
Matrix elements      87 185
Matthiesen rule      173
Maxwell's distribution      10
Meachem      357
Mean free path      8 55 169 176
Meiboom      206
Metal-semiconductor junctions      76 263 278 361
Metals      6 25 39 72 121 167.
Metrosil      238
Mette      262
Meyer      243
Michaels      357
Miller      237
Miller effect      341
Minority carriers      311 322
Mitchell      238 244
Mobility      9 11 22 71 76 176 196
Mobility of gaseous ions      13
Mobility, effect of field      10 63
Mobility-diffusion approximation      18 32 . 60
Molecules      7
Momentum      34
Momentum space      51
Monatomic semiconductors      75 209
Moore      336
Morgulis      282
Morin      348
Morris      226
Morrison      303
Morton — Haynes method      349
Moss      132 354
Mott      40 139 179 239 242 290
Multi-contact theory      301
n-p-n transistor      334
n-type conductors      25 162
N-type semiconductors      25 121 175
Naphthacene      261
Navon      351 358
Nearest neighbours      147
Negative carrier model      18
Neldel      243
Nernst coefficient      3 248
Neutrality of conductors      18 34 42
Neutron bombardment      222
Nichols      7 199
Nickel      22
Nickel oxide      255
Nijboer      243
Nitrogen      213
Non-degenerate electron gas      40
Non-spherical energy surfaces      110 117 129 205
Normal coordinates      152
Normal modes      147 180
Normalization      84 86 87 89 106
Northrup      261
Nucleon bombardment      221
Occupation of bands      119
Occupied centres      41
Ohm's law      1 14 16 17 196 263 294
Ohmic field      196
Optical modes      180 238
Organic semiconductors      209 261
Orthogonal eigenfunction's      86
Orthogonalized wave functions      131
Oscillations of electrons      114
Oscillator      154
Oxides      242
p-n barriers      322
p-n junctions      321 343
p-type conductors      25 167 177
p-type semiconductors      25 121 178
Paired binding      41
Particle approximation      34 64
Partition sum      372
Pauli's principle      35 373
Pearson      208 227 231 235 369
Peierls      60 82 243
Peltier coefficient      4 21 27 62 68 74 76 199 261
Pelzer      179
Pentacene      261
Perfect scattering      51 55
Periodic boundary conditions      85 87 96
Periodic potential      87 88
Perturbation      86 92
Perylene      261
Phase lag      340
Phase space      35
Phonons      61
Phosphorescence      357
Phosphorus      138 213
Photo transistor      343
Photo-electromagnetic effect      355
Photoconductivity      137 138 350
Pick      262
Pietenpol      329
Pincherle      129 250 354
Planck's constant      35
Point contact      265 303 318 367
Point contact rectifiers      263 365
Poisson's equation      15 16 275 278 343

Polarizability      183
Polarization      179 180 153
Polarization waves      179 180
Polyatomic semiconductors      78 209
Polycrystalline blocks      210 231 237
Polythene      261
Potassium      169 179
Potential energy of electron      20 28 34 36 48
Powell      376
Power amplifier, gain      307 335 337 340
Prince      235
Principle of detailed balancing      32 196
Principle of local equilibrium      48
Progressive waves      153
Purdue      135
Putley      244
Quantum statistics      34 373
Quasi-Fermi levels      311
Radiation damage      see "Nucleon bombardment"
Ramsey      261
Ransom      348
READ      345
Recombination      8 15
Recombination of holes and electrons      310 344 345
Rectification      260 263 321
Rectification characteristics of p-n junctions      326 327 328
Rectification ratio      296
Rectifier characteristics      265 266 267
Reduced wave vector      90
Refractive index      183
Representative wave vector      94 97 102 113
Residual resistance      173
Resistance of barriers      292
Reststrahlen      180
Richardson equation      268 270
Righi — Leduc effect      3 248
Rittner      238
Roberts      292 302
Romeijn      252
rose      345 348
Rosenfeld      88
Roth      211
Rubidium      169 174
Rutherford      58
Rydberg unit      129
Ryder      63
s-function, -term      104 139
Sandblasting      316
Sandiford      345
Saturation      339 358
Scanlon      238 240 251
Schottky      44 263 285 319 322
Schottky defect      239 242
Schottky effect      273
Schroedinger      82
Schroedinger equation      86 88 105 154
Sciama      129
Seebeck effect      4
Seitz      129 242 243
Selenium      138
Selenium rectifier      264 289
Semiconducting materials      210
Semiconductor-semiconductor junctions      77 79 303
Semiconductors      6 40 55 74
Severiens      348
Shifrin      34
Shipley      224
Shockley      63 142 311 316 319 321 329 337 342 345 359
Shockley — Pearson effect      283 303
Shockley — Suhl effect      318
Silicon      135 138 140 231
Silicon carbide      244
Sillars      238
Silver      22 169 174
Simpson      261
Single Crystals      210 235
Skinner      138
Smith, R.A.      244 250 390
Smith, R.N.      302 367
Sodium      22 140 169 174
Sommerfeld      34 36
Sondheimer      188 189 238 250
Space charge      19 44 200 268 275 278 344
Spacing of contact points      309 369
Spenke      285
Spin      35 41 88
Spinel structure      252
Spreading resistance      234 301 367
Standing lattice waves      153
State      372
State of particle      34 372
Statistics of electrons      34 372
Stephanov      258
Storage phenomena      356 361
Stress, effect of      224
Substitutional alloy      231
Suhl      208 227
Sulphur      138 140
Superconductivity      173
Surface charge density      276
Surface recombination      316 348
Surface recombination velocity      349
Surface states      303
Swanson      361
Taylor      211
Teal      329 337
Tellurium      138
terminal velocity      9 25
thermal conductivity      1 20 61 67 74 198
thermal diffusion      9
Thermionic diode      268
Thermionic emission from semiconductors      282
Thermodynamic potential      35 40 45 47 66 120 121 124 198 311 373
Thermodynamic variables      372
Thermoelectric coefficients      4 20 30 61 68 74 76 79 198 204
Thermoelectric power      4 5 21 22 27 62 74 76 188 199
Thin films      210 238
Thomson      15 63
Thomson coefficient      5 21 27 68 74 77 199
Tillman      292 302
Time of relaxation      11 52 55 63 65 75 142 159 161 188 189
Tin      138
Titanium dioxide      244 257 304
Tolman      7
Top region      112 118
Torrey      263
Transconductance of transistor      336
transistor      305
Transistor electronics      342
Transit time      315 318 324
Transition probability      154
Transmutation      222
Transport by two types of carriers      27 28 195 198
Transverse mass      146
Transverse waves      see "Elastic waves"
Trapping      357 358 360
Tunnel effect      272 300
Turn-over voltage      301
Type A transistor      306 314 320
Umklapp process      158 174
Unpaired binding      41
Uranium dioxide      244
Valdes      349
Valency band      121 129 131 193
Valency controlled semiconductors      209 251
Valency electron      25 104
Velocity of electron      91 92 93 94 111
Vertical transition      131 133
Verwey      237 251 252
Vink      240

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