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Singh J. — Semiconductor Optoelectronics: Physics and Technology
Singh J. — Semiconductor Optoelectronics: Physics and Technology



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Название: Semiconductor Optoelectronics: Physics and Technology

Автор: Singh J.

Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 1st edition

Год издания: 1995

Количество страниц: 725

Добавлена в каталог: 16.11.2009

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Ga-stabilized surface      10
GaAs, bandstructure      78
GaAs, density of atoms      10
GaAs, electro-optic effect      262
GaAs, excitons in      258
GaAs, low temperature grown      346
GaAs, mobility      138
GaAsP bandgap      444
Gain compression      566
Gain energy curves      493
Gain guided laser      523
Gain in a material      208
Gain in a photoconductive detector      360
Gain in a phototransistor      380
Gain saturation in an optical amplifier      625
Gain switching      560
Gauge invariance      172
Ge APDs      371
Ge bandstructure      79
Generation rate for e-h pairs      342
Grating in a DFB laser      527
Gummel number for a bipolar transistor      701
Harmonic oscillator problem in quantum mechanics      687
HBTs, band tailoring and      701
HBTs, GaAs/AlGaAs      704
Heavily doped semiconductors      122
Heavy hole band      63
Helmhotz equation      689
Heterodyne detection      431
Heterostructure bandstructure      82
Heterostructures, motivations for      325
HgCdTe for long wavelength detectors      346
High field transport in GaAs      142
High field transport in Si      142
High frequency operation of a p-i-n detector      312
High frequency operation of an APD      375
High frequency operation of an LED      534
High frequency operation, laser      555
High impedence amplifier      423
Hole bands      62
Hole bands, HH-LH merger      94
Hole bands, splitting of      89
Hole masses      678
Hole masses, effect of strain      93 516
Hole transport      142
Holes in semiconductors      75
Homodyne detection      431
Human eye response      339
Ideal detector responsivity      343
Imaginary part of refractive index      581
Impact ionization      145
Impact ionization coefficients      147 684
Impact ionization in a p-n diode      310
InAs bandstructure      79
Index ellipsoid      260 711
Index ellipsoid and polarization      603
Index guided laser      525
Indirect semiconductors, absorption coefficient      194 337
Information content      649
InGaAs, APDs      371
InGaAs, excitons      258
Injection efficiency of a LED      447
InP bandstructure      79
InSb for long wavelength detectors      346
Insulator      61
Intensity fluctuation and laser noise      583
Intensity modulation      405
Inter-subband quantum well detector      383
Interband scattering by photons      186
Interband transitions in quantum wells      189
Interface roughness      15
Interfaces      15
Interstitial defects      16
Intrinsic carrier concentration      95
Inversion condition for a laser      209 491
Inversion symmetry      4
Ion beam milling      41
Ionized dopants      117
Ionized impurity scattering      133
Johnson noise      416 421
Joint density of states      188
Joyce — Dixon approximation      119 492
k-conservation rules      337
KDP, electro-optic effect      262
Kerr effect      261
Kinks in laser output      524
Kohn Luttinger formulation      65
Kohn Luttinger formulation in a quantum well      87
Kohn Luttinger formulation, reduction to a 2-band problem      108
Krammer — Kronig relation      177
Krammer — Kronig relation and electro optic effect      278
L-point      60
Lambertian source      458
Large signal modulation      554
Large signal switching of a laser      557
Large signal switching of a laser gain switching      560
Laser diode, absorption losses in a laser diode      496
Laser diode, cleaved coupled cavity      538
Laser diode, demands for an optical communication system      666
Laser diode, design issues      509
Laser diode, distributed Bragg reflector laser      534
Laser diode, distributed feedback laser      526
Laser diode, double heterostructure lasers      508
Laser diode, high speed performance      575
Laser diode, inversion condition      491
Laser diode, light output      497
Laser diode, microcavity laser      538
Laser diode, optical cavity      488
Laser diode, optical gain      491
Laser diode, peak mode      500
Laser diode, quantum well laser      508
Laser diode, quantum wire laser      518
Laser diode, spectral purity of      578
Laser diode, strained quantum well      514
Laser diode, surface emitting      534
Laser diode, temperature dependence      540
Laser diode, the need for      485
Laser diode, threshold condition      496
Laser diode, threshold current reduction      508
Laser diode, time response      575
Laser diode, transparency condition      496
Laser dynamics      554
Laser dynamics, catastrophic failure      575
Laser dynamics, equivalent circuit      576
Laser dynamics, extrinsic effects      575
Laser dynamics, laser heating      575
Laser dynamics, linewidth      585
Laser dynamics, parasitic effects      575
Laser dynamics, semi-insulating substrate      576
Laser power spectrum      584
Lasing modes      494
Lattice      3
Lattice constants of semiconductors      682
Lattice types      4
Law of mass action      98
Law of mass action, light current relation in laser      497
Light emitting diode (LED), advanced structures      460
Light emitting diode (LED), carrier injection and spontaneous emission      447
Light emitting diode (LED), comparison with a laser      485
Light emitting diode (LED), coupling to a fiber      456
Light emitting diode (LED), edge emitting      460
Light emitting diode (LED), emission rate      449
Light emitting diode (LED), external quantum efficiency      456
Light emitting diode (LED), Fresnel loss      456
Light emitting diode (LED), heterostructure      460 462
Light emitting diode (LED), injection efficiency      447
Light emitting diode (LED), internal quantum efficiency      445
Light emitting diode (LED), light-current relation      463
Light emitting diode (LED), materials for      442
Light emitting diode (LED), modulation bandwidth      469
Light emitting diode (LED), output power      474
Light emitting diode (LED), radiative lifetime      450
Light emitting diode (LED), reliability      475
Light emitting diode (LED), spectral purity      465
Light emitting diode (LED), substrate availability      443
Light emitting diode (LED), superluminescent      464
Light emitting diode (LED), surface emitting      462
Light emitting diode (LED), temperature dependence of emission      471
Light emitting diode (LED), temporal response      465
Light hole band      63
Line defects      16
Linearly polarized light      603
Linewidth enhancement factor      581
Linewidth of DFB lasers      533 585 666
Linewidth, exciton homogeneous      254
Linewidth, exciton inhomogeneous      254
Linewidth, excitonic in quantum wells      257
Liquid crystal devices      609
Liquid crystal devices, rod like molecules      609
Liquid crystal devices, twist in      611
Liquid phase epitaxy      21
List of symbols      670
Lithography      32
Local area networks (LAN)      345
Local oscillator      432
Long wavelength detectors, HgCdTe      346
Long wavelength detectors, InSb      346
Long wavelength detectors, PbSe      346
Long wavelength detectors, PbTe      346
Low pass filter      433
Lucky electron in impact ionization      148
Mach Zender interferometer      277
Mask generation      36
Material dispersion effects in pulse propagation      632 658
Materials for detectors      346 348
Matrix element for scattering      128
Matrix element, momentum      67
Maximum bandwidth      569
Maximum bandwidth in quantum wires      569
Maxwell's equations      171
MBE      11 21 24
Mean free path      150
Metal      61
Metal-semiconductor detector, band profile      382
Metal-semiconductor detector, Schottky barrier      381
Metal-semiconductor detector, Semi-transparent metal      381
Microcavity laser      538
Miller indices      7
Mobility      137
Mobility in GaAs      680
Mobility in Ge      680
Mobility in Si      680
Mobility of electrons and holes      680
MOCVD      11 21 26
Mode hopping in a laser      543
Mode spacing in an optical cavity      488
MODFET      123
MODFET, sheet charge density      123
Modulation devices      599
Modulation doping      122
Modulation doping and carrier freeze out      122
Modulation doping and scattering      122
Modulation index      400
Modulation techniques, amplitude modulation      400
Modulation techniques, frequency modulation      401
Modulation techniques, phase modulation      405
Monte Carlo method      141
MSM detector, applications in OEIC      383
MSM detector, dark current      382
MSM detector, gain      382
MSM detector, interdigitated fingers      385
Multipath dispersion in an optical fiber      656
Multiplexing      649
Negative resistance due to excitonic absorption      619
Noise in a amplifier      423
Noise in a resistor      415
Noise in a transistor      416
Noise in an APD      411 424
Noise, equivalent power      408
Noise, flicker noise      418
Noise, Johnson noise      416
Noise, shot noise      406
Noise, thermal      416
Noise, transistor noise      421
Noise, voltage      416
Noise, white noise      416
Non-equilibrium distribution      416
Non-radiative recombination in a laser      503
Non-radiative recombination, Auger processes      214
Non-radiative recombination, capture cross section      211
Non-radiative recombination, Shockley, Read, Hall      213
Numerical aperture of an optical fiber      653
Ohm's law      138
Optical absorption      337
Optical amplification      622
Optical amplification, amplification of CW signals      624
Optical amplification, amplifier gain      624
Optical amplification, chirp of a pulse      631
Optical amplification, coherent signal      623
Optical amplification, cross saturation in WDM      627
Optical amplification, dispersion length      632
Optical amplification, fan out      623
Optical amplification, gain of signals      622
Optical amplification, gain saturation      625
Optical amplification, group velocity effects      632
Optical amplification, material dispersion      632
Optical amplification, output power      629
Optical amplification, pulse amplification      627
Optical amplification, pulse compression      632
Optical amplification, pulse distortion      628
Optical amplification, reduced time treatment      629
Optical amplification, saturation power      625
Optical amplification, spectral width      631
Optical amplification, spreading of a pulse      632
Optical amplification, transform limited pulse      632
Optical amplification, traveling wave amplifier      623
Optical cavity      488
Optical communication system      646
Optical computing      598
Optical confinement      489 708
Optical fibers, acceptance angle      458 653
Optical fibers, attenuation      662
Optical fibers, losses      652
Optical fibers, material      652
Optical fibers, material dispersion      658
Optical fibers, multipath dispersion      656
Optical fibers, numerical aperture      653
Optical fibers, structure and modes      652
Optical gain      491
Optical non-linearities      600
Optical phonon      131
Optical processing, challanges of      636
Optical switching      636
Optoelectronic integrated circuits (OEIC)      433 588
Ordinary index      603
P functions      58
p-i-n detector, antireflecting coating      364
p-i-n detector, design issues      365
p-i-n detector, efficiency      364
p-i-n detector, materials for      364
p-i-n detector, photocurrent      363
p-i-n detector, temporal response      366
p-n diode in forward bias      296
p-n diode in reverse bias      302
p-n diode, ac response      312
p-n diode, carrier injection      303
p-n diode, depletion width      293
p-n diode, diffusion capacitance      314
p-n diode, drift and diffusion current      288
p-n diode, electric field in a      292
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