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Stahl A., Balslev I. — Electrodynamics of the Semiconductor Band Edge
Stahl A., Balslev I. — Electrodynamics of the Semiconductor Band Edge



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Название: Electrodynamics of the Semiconductor Band Edge

Авторы: Stahl A., Balslev I.

Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1987

Количество страниц: 205

Добавлена в каталог: 08.04.2006

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
ABC      92 93 100 106 111
Absorption continuum      4 5 63 103 105
Absorption edge      64
Acoustical phonon      43
Action principle      42 179
Additional boundary condition      (see ABC)
Adiabatic approximation      97 102 105
Antiresonant part      61
Antistokes      187
ATR      57 109 112 114
Attenuated total reflection      (see ATR)
Background      44
Background dielectric constant      46 81
Band anisotropy      47
Band bending      114
Band filling      168
Band renormalization      188
Band-edge degeneracies      83
Band-edge equations      18 21
Band-limited delta-function      19 50 174
Band-limited sampling      173
BCS theory      29
Biexciton      161
Bilocal      13
Bilocal coherence      23
Bilocal operator      17
Bloch equations      11 52
Bloch function      49
Bloch state      181
Bohr radius      24
Boltzmann distribution      125
Boltzmann equation      121
Boson approximation      25
Boundary condition      98 108 140
Closed-orbit exciton      69 73
Coherence      22
Coherence length      24 39 125 139 142 167
Coherent Antistokes Raman Scattering (CARS)      148
Coherent pair state      29 189
Coherent state      26
Coherent-wave theory      81
Collision operator      52
Commutation relations      186
Complex notation      60
Configuration space      5 22 106
Constitutive equations      2 21 162
Continuum approximation      18
Continuum states      70
Correlation function      192
Coulomb gauge      174
Coulomb Green’s function      184
Coulomb interaction      34
Critical point      47 88
Crystal anisotropy      83
Crystal field      83
Cut-off forces      98 115
Dead layer      92 93 94 96 99 102 106 114 139
Debye — Huckel potential      45
Debye — Huckel screening length      114
Deformation potential      33 40 43 145
Degeneracy      47
Dense e-h plasma      188
Density matrix      3 21 119 120 136 137
Dephasing      52
Detailed balance      123
dielectric constant      46
Dielectric model      95
Dielectric screening      189
Dipole approximation      9
Dispersion curves      57
Distribution function      3 21 120 128
Drift      22
Drude relaxation      134
Dyadic product      11
Edge equations      34 36 39
Effective charge      134
effective mass      18 19 20
Elastic strain      40
Electric dipole transition      62
Electric quadrupole      62 176
Electron density      10
Electron-electron collisions      52
Electron-hole interaction      34 44 46 68 76 89 189
Electron-hole plasma      165
Electron-hole wave function      22
Electron-lattice scattering      53
Electron-phonon interaction      33 39 143
Energy balance      12
Energy flux      82
Euler — Lagrange equations      180
Exchange term      35 37 39 168
Exciton      55 99
Exciton Bohr radius      57 69 90 99
Exciton oscillator      25
Exciton polariton      36 77
Exciton Rydberg      69 89
Exciton wave function      22
Exciton-phonon interaction      42
Excitonic resonance      4 109 114 159
Excitonic surface potential      115
Fermi distribution      124
Fermi sphere      131
Fermi velocity      130
Fermion operator      9 186
Forbidden transitions      51 73
Four-wave mixing      161
Frenkel exciton      13 14
Frohlich interaction      33 40
Gap frequency      4
Gauge transformation      174
Ginzburg — Landau theory      5 22
Golden Rule      63 69 187
Green’s function      62 64 66
Group velocity      80
Hartree — Fock approximation      37 39
Hole density      10
Hopfield-Thomas model      (see HT model)
HT model      95 96 99 101 113
Hydrodynamic approximation      81 131 136 140
Hyper — Raman scattering      163
Hyperbolic exciton      88
Image charge potential      98
Incoherent generation-recombination processes      54
Induced fields      35 44
Induced Raman processes      44 148
Interband absorption      55
Interband constitutive equation      5 47
Interband dynamics      4
Interband equation      23 50
Interband polarization      35 59
Interband sources      23
Interpolation      173
Intraband constitutive equation      22 132
Intraband dynamics      3
Intraband sources      22
Inversion layer      117
Kinetic level      119
Kinetic theory      3 131 140
Kramers — Kronig relations      64
LAGRANGE formulation      179
Lagrangian      41 137 180
Landau-damping      131
Lebedev transformation      106
Lindhard function      128
Linear interband response      55
Linear susceptibility      59
Local gauge      36 174
Longitudinal mode      110
Longitudinal-transverse splitting      58 81
Macrocoordinate      10
Macroscopic      2 18
Magnetic dipole transition      176
Maxwell — Bloch equations      156
Maxwellian boundary conditions      94
Microscopic      2 37
Mobility      13 16
Momentum matrix element      182
Mott criterion      167
Multipole expansion      37 175
Non-parabolicity      47
Nonlinear processes      143
Nonlinear refraction      151
Nonlinear susceptibility      143 154
Number state      25
Oblique incidence reflection      109
ODLRO      122 160
Off-diagonal long range order      (see ODLRO)
One-dimensional exciton model      79 103
Open-orbit exciton      69 71
Optical Bloch vector      156
Optical gain      168
Optical nutation      155
Optical phonon      41
Optical transients      154
Pair sublevel      48
Pair wave function      5
Paired Fermions      29
Parametric processes      143
Phonon oscillator      42
Piezoelectric tensor      41 2
Plasmon dispersion      131
Plasmon-phonon mode      134
Point-charge interaction      36 45
Poisson distribution      28
Polariton      55
Polariton dispersion      57 78 110
Polariton Green’s function      146 148 151 164 183
Polarization      12 22
Polarization current      12
Polaron      136 143
Quantum coherence      23 39
Quantum correction      122
Quantum noise      187
Quantum well      117
r-pulse      158
Rabi frequency      144 155
Raman scattering      41
Random-phase approximation      (see RPA)
Real-space dielectric function      82
Reflectivity      55
Refractive index      152
Relaxation time      12
Relaxation-time approximation      127 152
Renormalized band gap      166
Residual dielectric constant      35 44 46 74 77
Resonance Brillouin scattering      93
Resonant part      61
RPA      38 51
Saddle point exciton      88
Sampling      18
Saturation      151
Scattering intensity      186
screening      188
Screening constant      34 46
Screening length      167
Self-consistent field      32 34 38
Self-consistent field approximation      52
Self-consistent potential      129 143
Self-induced transparency      158
Shell source      65 71 76 167
Slowly-varying envelope approximation      144 155
Source term      22 50
Spatial dispersion      16 80 83 106 113
Spin-orbit coupling      83
Spontaneous Raman scattering      145
Spontaneous recombination      169
Stark shift      115
Static equilibrium      122
Stimulated Raman scattering      148
Stokes      187
Surface polariton      93 109
Surface quantization      126
Tight-binding model      16
Transient effects      144
Transition amplitude      10
Transition dipole      48
Transition matrix elements      181
Transmission spectroscopy      55
Transverse mode      110
Two-dimensional exciton      117
Two-level transition      8
Two-photon absorption      161
Two-photon Raman scattering      57
Vdamping      51 160
Wannier exciton      68 81
Wannier function      33 49 181
Wannier model      13
Wiener — Khintchine theorem      192
Wigner transformation      3 52 120 125
Wlassow equation      121
Wlassow — Boltzmann equation      22
Wurtzite structure      83
Zero-point fluctuations      187
Zincblende structure      86
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