| 本书全面而清晰地论述了半导体光学的物理概念，并引导读者把复杂的实验现象与简明的概念联系起来.是这一领域一本难得的好书。 部分目次：麦克斯韦方程与光子；解耦合振子系综；表面极化声子；K—K关系；激子；声子和等离激元的光学性质；束缚、局域激子及缺陷态的光学性质；外场作用下的激子；高激发子效应与非线性光学。 此书为英文版！ |
| Contents Introduction 1.1AimandConcepts 1.2Outline 1.3Problems Maxwell'sEquationsandPhotons 2.1Maxwell'sEquations 2.2ElectromagneticRadiationinVacuum 2.3ElectromagneticRadiationinMatter; LinearOptics 2.4Transverse,LongitudinalandSurfaceWaves 2.5PhotonsandSomeAspectsofQuantumMechanics andofDispersionRelations 2.6DensityofStatesandOccupationProbabilities 2.7Problems InteractionofLightwithMatter 3.1MacroscopicAspectsforSolids 3.1.1BoundaryConditions 3.1.2LawsofReflectionandRefraction 3.1.3Noether'sTheoremandSomeAspects ofConservationLaws 3.1.4ReflectionandTransmissionatanInterface andFresnel'sFormulae 3.1.5ExtinctionandAbsorptionofLight 3.1.6TransmissionThroughaSlabofMatter andFabry-PerotModes 3.1.7BirefringenceandDichroism 3.2MicroscopicAspects 3.2.1Absorption,StimulatedandSpontaneous Emission,VirtualExcitation 3.2.2PerturbativeTreatment oftheLinearInteraction ofLightwithMatter 3.3Problems EnsembleofUncoupledOscillators 4.1EquationsofMotionandtheDielectricFunction 4.2CorrectionsDuetoQuantumMechanics andLocalFields 4.3SpectraoftheDielectricFunction andoftheComplexIndexofRefraction 4.4TheSpectraofReflectionandTransmission 4.5Problems TheConceptofPolaritons 5.1PolaritonsasNewQuasiparticles 5.2TheDispersionRelationofPolaritons 5.3Problems CoupledOscillatorsandSpatialDispersion 6.1DielectricFunctionandthePolaritonStates withSpatialDispersion 6.2ReflectionandTransmission andAdditionaiBoundaryConditions 6.3RealandImaginaryPartsofWavevector andFrequency 6.4Problems SurfacePolaritons 7.1DefinitionandDispersion 7.2Problems Kramers-KronigRelations 8.1GeneralConcept 8.2Problem LatticeVibrationsandPhonons 9.1AdiabaticApproximation 9.2LatticesinRealandReciprocalSpace 9.3VibrationsofaString 9.4LinearChains 9.5Three-DimensionalLattices 9.6QuantizationofLatticeVibrations: PhononsandtheConceptofQuasiparticles 9.7TheDensityofStatesandPhononStatistics 9.8PhononsinSuperlattices 9.9LocalizedPhononModes 9.10Problems EIectronsinaPeriodicCrystalLattice 10.1Bloch'sTheorem 10.2Metals,Semiconductors,Insulators 10.3ElectronsandHolesinCrystals asNewQuasiparticles 10.4TheEffective-MassConcept 10.5ThePolaronConcept andOtherElectron-Phonon InteractionProcesses 10.6BandstructuresofRealSemiconductors 10.7DensityofStatesandOccupationProbability 10.8QuantumWells,Superlattices,QuantumWires andQuantumDots 10.9Defects,DefectStatesandDoping lO.'lODisorderedSystemsandLocalization 10.11Problems Excitons 11.1WannierandFrenkelExcitons 11.2CorrectionstotheSimpleExcitonModel 11.3TheInfluenceofDimensionality 11.4BoundExcitonComplexes 11.5ExcitonsinDisorderedSystems 11.6Problems SomeFurtherElementaryExcitations 12.1PlasmonsandPairExcitations 12.2Magnons 12.3Problems OpticalPropertiesofPhononsandPIasmons 13.1ThePhononPolaritonasanExample withNegligibleSpatialDispersion 13.2ReflectionSpectra 13.3RamanandBrillouinScattering 13.4SurfacePhononPolaritons 13.5LocalizedPhononModes 13.6PlasmonsandMagnons 13.7Problems OpticalPropertiesofIntrinsicExcitons 14.1Exciton-PhotonCoupling 14.2ConsequencesofSpatialDispersion 14.3SpectraofReflection,Transmission andLuminescence 14.4SpectroscopyinMomentumSpace 14.5Surface-ExcitonPolaritons 14.6ForbiddenTransitions 14.7ExcitonsinSystemsofReducedDimensionality 14.8OpticalTransitionsAbovetheFundamentalGap 14.9Problems OpticalPropertiesofBoundandLocalizedExcitons andofDefectStates 15.1Bound-ExcitonandMulti-excitonComplexes 15.2Donor-AcceptorPairsandRelatedTransitions 15.3InternalTransitionsandDeepCenters 15.4ExcitonsinDisorderedSystems 15.5Problems ExcitonsUndertheInfluenceofExternalFields 16.1MagneticFields 16.2ElectricFields 16.3StrainFields 16.4Problems ReviewoftheLinearOpticalProperties 17.1Problem HighExcitationEffectsandNonlinearOptics 18.1IntroductionandDefinition 18.2GeneralScenarioforHighExcitationEffects 18.3Problems TheIntermediateDensityRegime 19.1Two-PhotonAbsorptionbyExcitons 19.2ElasticandInelasticScatteringProcesses 19.3Biexcitons 19.4OpticaloracStarkEffect 19.5Bose-EinsteinCondensation 19.6Photo-thermalOpticalNonlinearities 19.7Problems TheEIectron-HolePlasma 20.1TheMottDensity 20.2BandGapRenormalizationandPhaseDiagram 20.3Electron-HolePlasmas inIndirect-GapSemiconduetors 20.4Electron-HolePlasmas inDirect-GapSemiconductors 20.5Problems StimulatedEmission 21.1IntrinsicProcesses 21.2LocalizedandExtrinsicProcesses 21.3Problems UltrafastSpectroscopy 22.1TheBasicTimeConstants 22.2PhaseRelaxation 22.2.1ThePhoton-EchoTechnique 22.2.2FurtherTechniquestoDetermne thePhaseRelaxationTimes 22.3IntrabandRelaxation 22.4InterbandRecombination 22.5BlochOscillations 22.6Problems 23OpticalBistability 23.1BasicConceptsandMechanisms 23.2DispersiveOpticalBistability 23.3OpticalBistabilityDuetoBleaching 23.4InducedAbsorptiveBistability 23.5Electro-opticBistabilityandDevices 23.6Applications 23.6.1OpticalComputing 23.6.2NonlinearDynamics 23.7Problems ExperimentalTechniques 24.1LinearSpectroscopy 24.1.1TransmissionSpectroscopy 24.1.2ReflectionSpectroscopy 24.1.3Luminescence andLuminescence-Excitation Spectroscopy 24.2TimeResolvedSpectroscopy 24.3NonlinearSpectroscopy 24.4Problems GroupTheoryinSemiconductorOptics 25.1IntroductoryRemarks 25.2AbstractGroupTheory 25.3TheoryofRepresentationsandofCharacters 25.4HamiltonOperatorandGroupTheory 25.5ApplicationstoSemiconductorOptics 25.6SomeSelectedGroupTables 25.7Problems References SubjectIndex |
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