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Holmes R.A. — Physical Principles of Solid State Devices
Holmes R.A. — Physical Principles of Solid State Devices

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Название: Physical Principles of Solid State Devices

Автор: Holmes R.A.

Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1970

Количество страниц: 332

Добавлена в каталог: 21.03.2008

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
$\overset{\rightharpoonup}{\varepsilon}$-field flux density      224
Acceptor energy level      94
Accumulation region      174 210
Alpha, large signal      184
Ampere's Circuital Law      258
Amperian current density      263 282
Angular momentum, classical      261
Angular momentum, iron group      287 288
Angular momentum, magnitude      286 320
Angular momentum, orbital quenching      297
Angular momentum, quantized orbital      276 286 320
Angular momentum, quantized spin      277
Angular momentum, total atomic      286 320
Anisotropy constants      303
Antiferromagnetic order      291
Average values, observables      28—30
Band overlap      85
Base recombination      217
Base transit time      195
Base-spreading resistance      189
Base-width modulation      186
Beta, large signal      187
Biot — Savart law      257
Bipolar transistor, active mode      181—190
Bipolar transistor, currents      184
Bipolar transistor, cutoff mode      192—194
Bipolar transistor, hf small signal response      206
Bipolar transistor, saturation mode      190—192
Bipolar transistor, transient currents      199
Bloch theorem      59
Boltzmann equation      123
Bond, covalent      3
Bond, ionic      5
Bosons      41
Boundary conditions on $\psi$      30—32
Brillouin function      290
Capacitance, p-n junction      151 158
Carrier density transients      110
Carrier lifetime      109
Charge flow      121—134
Charge neutrality condition      95
Clausius — Mosotti relation      240
Coercive force      310
Collector charge storage      205
Compliance matrix      248
Compound semiconductor      II—VI 4 5
Conduction band      88
Conductivity      130
Continuity equation, conduction band electrons      127
Continuity equation, metal electrons      125
Continuity equation, valence band holes      127
Core electrons      10
Coulomb interaction      49
Covalent solids      2
Curie temperature      292 296
Current density, diffusion      132
Current density, drift      132
Current flow, pnp active mode      184
Cut-off frequency      208
Damping, electronic polarizability      227
De Broglie relations      24
Debye length      151
Degenerate energy level      53
Depletion approximation      149 178
Depletion mode      215
Depletion region charge      210
Depolarization factor      240
Depolarizing field      240
Diamagnetism      270—273 283
Diamond lattice      4
Dielectric breakdown      253
Dielectric charge storage      253
Dielectric constant, relative      224 226
Diffusion constant      132
Diffusion doping      216
diffusion length      155
Diffusion potential, $V_{0}$      149
Diode characteristic      146
Diode characteristic, high-level injection      161
Diode structure      145
Diode, bulk fields      159 160
Diode, long      156
Diode, short      156
Dispersive medium      22
Domain wall, 180-degree      311
Domain wall, 90-degree      311
Domain wall, at irregularities      314
Domain wall, Bloch      311
Domain wall, energy      312
Domain wall, motion      313
Domain wall, Neel      322
Domain wall, surface nucleation      314
Domain wall, thickness      312
Donor energy level      93
Drain-source current      211
Ebers — Moll model      217
Effective mass concept      9 110—114
Einstein diffusion relations      133
Electric dipole energy      234
electric dipole moment      221
Electric stiffness constants      246
Electric susceptibility      224
Electromagnetic plane wave      17—20
Electromagnetic wave packet      20—24
Electron state, by Fourier analysis      64—70
Electron state, density in energy      57 84
Electron state, density in k-space      56
Electron state, density with band structure      70—73
Electron state, empty in valence band      89
Electron state, filled in conduction band      88
Electron state, mapping in $\vec{k}$-space      54—59
Electron state, number per energy band      64 85 86
Electron state, occupancy transients      103—110
Electron state, rectangular solid      50—54
Electron, current flow      119
Electron, diffraction      16
Electron, gas      7
Electron, magnetic dipole moment      11
Electron, transport      8—10
Electrostriction      247
energy bands      62
Energy bands, current flow in      119
Energy bands, gap width      63 69 74
Enhancement mode      215
Exchange energy      299
Exchange energy density      301
Exchange integral      299
Expected values, potential well      37 38
Fermi energy      80 82
Fermi energy in metals      82 100
Fermi energy in semiconductors      90
Fermi energy, dependence on effective mass      90 101
Fermi energy, doped semiconductor      93—99 102
Fermi — Dirac function      76—81
Fermi — Dirac function, time-dependent      104 107
fermions      41
Ferrimagnetic order      291 295
Ferrite      295 296 321
Ferroelectricity      252
Ferromagnetic order      291
Flux ball      264
Germanium, intrinsic carrier density      92
Germanium, resistivity      140
Grain orientation, Si-Fe      316
Gyromagnetic effect      316 320 322
Hall effect      143—145 178
Hall mobilities      144
Haynes — Shockley experiment      141—143 178
High-level injection      158—161
Hole current flow      120
Hund's rules      287
Identical particles      39—41
Independent electron model      48—50
Index of refraction      226 255
Infinite potential well      37
Infrared resonance      233
Internal field, electric      239 256
Internal field, magnetic      284 299 321
Intrinsic carrier density      91
Intrinsic carrier density, temperature dependence      92 101
Intrinsic carrier density, time-dependent      107 109
Intrinsic semiconductor      91
Inversion layer      174
Inversion layer, charge      210
Ionic solids      5
Ionization, in depletion layer      162
Ionized acceptor density      95
Ionized donor density      95
Ionospheric dispersion      44
Junction edge carrier densities      154
Junction potential drop      159
k-vector      18
k-vector as transform variable      21
Kronig — Penney model      59—64
Lagrange multipliers      79
Lande g-factor      289
Larmor precession frequency      275 283
Lattice ion potential      48
Lattice vibrations      15
Lattice vibrations, acoustic      231
Lattice vibrations, atomic model      241 256
Lattice vibrations, continuum model      243
Lattice vibrations, group velocity      242
Lattice vibrations, optical      232
Lifetime measurement      142
m*, cyclotron resonance      180
M-H magnetization curve      266
M-H magnetization curve, small magnetic particle      305
M-H magnetization curve, with domain wall motion      315
Magnetic charge      267—270 282
Magnetic dipole moment      259
Magnetic dipole moment, energy      276 284
Magnetic dipole moment, force on      273 281
Magnetic dipole moment, interaction      12
Magnetic dipole moment, local atomic      289
Magnetic dipole moment, precession      275
Magnetic dipole moment, torque on      274 281
Magnetic domains      310
Magnetic field of current loop      260
Magnetic field, flux density      257
Magnetic field, intensity      265
Magnetic recording head      283
Magnetic scalar potential      267 283
Magnetic sublattices      291
magnetic susceptibility      266
Magnetic susceptibility, antiferromagnetic      293
Magnetic susceptibility, ferromagnetic      293 321
Magnetic susceptibility, paramagnetic      293
Magnetization vector      262
Magnetization, easy axes of      302
Magnetization, hard axes of      302
Magnetocrystalline anisotropy      302 303
Magnetoelastic energy      304 321
Magnetostatic energy      284 301 322
Magnetostatics, toroidal      282
Metal-Insulator-Semiconductor, biased structure      173
Metal-Insulator-Semiconductor, capacitance      174 175
Metal-Insulator-Semiconductor, circuit model      176 177
Metal-Insulator-Semiconductor, insulator      172
Metal-Insulator-Semiconductor, structure      171 179
Metal-semiconductor junction      165—171 179
Micromagnetics      305
Minority carrier densities      181 182 191
Minority carrier densities, p-n diode      156
Minority carrier densities, transients      194—198
MIS field effect transistor      209
MIS field effect transistor, amplifier      219
MIS field effect transistor, characteristics      212 215 218
MIS field effect transistor, current saturation      213
MIS field effect transistor, equivalent circuit      216
Mobility, electron      130
Mobility, hole      132
Mobility, measurement      142
Mobility, temperature dependence      140
Momentum equation, conduction band electrons      131 132
Momentum equation, metal electrons      129
Momentum equation, valence band holes      132
Momentum, expected value      29
Multiplication factor, electrons      163
Multiplication factor, holes      163
Neel temperature      292
Ohmic contact      170 179
Orbital, s-p hybrid      3
Oscillator strength      228
p-n junction, avalanche breakdown      161—164 179
p-n junction, biased      152—158
p-n junction, current densities      156 157
p-n junction, doping profile      146
p-n junction, flow equations      147 153
p-n junction, unbiased      145—151
Paramagnetism, local atomic dipole      279
Paramagnetism, spin      278 284
Particle, position probability      24
Particle, shape anisotropy      308 322
Particle, small magnetic      305
Particle, spherical uniaxial      305
Particle, wave nature      24
Particle, wave packet      25
Permeability      266 320
Permeability, complex tensor      320
Permeability, relative      266
Permittivity matrix      248
Photovoltaic device      136
Piezoelectricity      247
Piezoelectricity, coupling equations      248
Piezoelectricity, rod resonator      251 256
Piezoelectricity, thin plate resonator      248—250
Plasma frequency      229
pnp transistor structure      182
Polarizability, electric, complex      227 228 233 237
Polarizability, electronic      226
Polarizability, ionic      233
Polarizability, orientational      236 255
Polarization vector      222
Polarization, electric      13
Polarization, electronic      14 226
Polarization, ionic      13 230
Polarization, magnetic      11—13
Polarization, orientational      14 237 255
Polarization, resonances      14 233
Potential well, two-dimensional      73
Quantization of $\vec{k}$      36 52
Quantization of energy      34 52
Quantum number, azimuthal      2 276 286
Quantum number, magnetic      2 276 286
Quantum number, principal      2
Quantum number, spin      2 276 286
Recombination centers      109
Rectangular potential well      32—36
Rectifying contact      169 179
Relaxation time      104
Relaxation time, composite      104
resistivity      136—141
Resistivity, germanium      140
Resistivity, measure of doping density      139
Resistivity, silicon      140
saturation magnetization      294 310
Saturation voltage      192
Scattering, impurities      104 138
Scattering, lattice vibrations      104 138
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