非线性光学（第3版）

图书标准信息

• 作者 [美]堡德 著
• 出版社 世界图书出版公司
• 出版时间 2010-08
• 版次 3
• ISBN 9787510024016
• 定价 59.00元
• 装帧 平装
• 开本 16开
• 纸张 胶版纸
• 页数 613页
• 正文语种 英语

【内容简介】

Ithasbeenagreatpleasureformetohavepreparedthelatesteditionofmybookonnonlinearoptics.Myintrigueinthesubjectmatterofthisbookisasstrongasitwaswhenthefirsteditionwaspublishedin1992.

【目录】

PrefacetotheThirdEdition
PrefacetotheSecondEdition
PrefacetotheFirstEdition
1.TheNonlinearOpticalSusceptibility
1.1.IntroductiontoNonlinearOptics
1.2.DescriptionsofNonlinearOpticalProcesses
1.3.FormalDefinitionoftheNonlinearSusceptibility
1.4.NonlinearSusceptibilityofaClassicalAnharmonicOscillator
1.5.PropertiesoftheNonlinearSusceptibility
1.6.Time-DomainDescriptionofOpticalNonlinearities
1.7.Kramers-KronigRelationsinLinearandNonlinearOptics
Problems
References

2.Wave-EquationDescriptionofNonlinearOpticalInteractions
2.1.TheWaveEquationforNonlinearOpticalMedia
2.2.TheCoupled-WaveEquationsforSum-FrequencyGeneration
2.3.PhaseMatching
2.4.Quasi-Phase-Matching
2.5.TheManley-RoweRelations
2.6.Sum-FrequencyGeneration
2.7.Second-HarmonicGeneration
2.8.Difference-FrequencyGenerationandParametricAmplification
2.9.OpticalParametricOscillators
2.10.NonlinearOpticalInteractionswithFocusedGaussianBeams
2.11.NonlinearOpticsatanInterface
Problems
References

3.Quantum-MechanicalTheoryoftheNonlinearOpticalSusceptibility
3.1.Introduction
3.2.SchriSdingerCalculationofNonlinearOpticalSusceptibility
3.3.DensityMatrixFormulationofQuantumMechanics
3.4.PerturbationSolutionoftheDensityMatrixEquationofMotion
3.5.DensityMatrixCalculationoftheLinearSusceptibility
3.6.DensityMatrixCalculationoftheSecond-OrderSusceptibility
3.7.DensityMatrixCalculationoftheThird-OrderSusceptibility
3.8.ElectromagneticallyInducedTransparency
3.9.Local-FieldCorrectionstotheNonlinearOpticalSusceptibility
Problems
References

4.TheIntensity-DependentRefractiveIndex
4.1.DescriptionsoftheIntensity-DependentRefractiveIndex
4.2.TensorNatureoftheThird-OrderSusceptibility
4.3.NonresonantElectronicNonlinearities
4.4.NonlinearitiesDuetoMolecularOrientation
4.5.ThermalNonlinearOpticalEffects
4.6.SemiconductorNonlinearities
4.7.ConcludingRemarksReferences
5.MolecularOriginoftheNonlinearOpticalResponse
5.1.NonlinearSusceptibilitiesCalculatedUsingTime-IndependentPerturbationTheory
5.2.SemiempiricalModelsoftheNonlinearOpticalSusceptibility
ModelofBoling，Glass，andOwyoung
5.3.NonlinearOpticalPropertiesofConjugatedPolymers
5.4.Bond-ChargeModelofNonlinearOpticalProperties
5.5.NonlinearOpticsofChiralMedia
5.6.NonlinearOpticsofLiquidCrystals
Problems
References

6.NonlinearOpticsintheTwo-LevelApproximation
6.1.Introduction
6.2.DensityMatrixEquationsofMotionforaTwo-LevelAtom
6.3.Steady-StateResponseofaTwo-LevelAtomtoaMonochromaticField
6.4.OpticalBlochEquations
6.5.RabiOscillationsandDressedAtomicStates
6.6.OpticalWaveMixinginTwo-LevelSystems
Problems
References

7.ProcessesResultingfromtheIntensity-DependentRefractiveIndex
7.1.Self-FocusingofLightandOtherSelf-ActionEffects
7.2.OpticalPhaseConjugation
7.3.OpticalBistabilityandOpticalSwitching
7.4.Two-BeamCoupling
7.5.PulsePropagationandTemporalSolitons
Problems
References

8.SpontaneousLightScatteringandAcoustooptics
8.1.FeaturesofSpontaneousLightScattering
8.2.MicroscopicTheoryofLightScattering
8.3.ThermodynamicTheoryofScalarLightScattering
8.4.Acoustooptics
Problems
References

9.StimulatedBrillouinandStimulatedRayleighScattering
9.1.StimulatedScatteringProcesses
9.2.Electrostriction
9.3.StimulatedBrillouinScattering（InducedbyElectrostriction）
9.4.PhaseConjugationbyStimulatedBrillouinScattering
9.5.StimulatedBrillouinScatteringinGases
9.6.StimulatedBrillouinandStimulatedRayleighScattering
Problems
References

10.StimulatedRamanScatteringandStimulatedRayleigh-WingScattering
10.1.TheSpontaneousRamanEffect
10.2.SpontaneousversusStimulatedRamanScattering
10.3.StimulatedRamanScatteringDescribedbytheNonlinearPolarization
10.4.Stokes-Anti-StokesCouplinginStimulatedRamanScattering
10.5.CoherentAnti-StokesRamanScattering
10.6.StimulatedRayleigh-WingScattering
Problems
References

11.TheElectroopticandPhotorefractiveEffects
11.1.IntroductiontotheElectroopticEffect
11.2.LinearElectroopticEffect
11.3.ElectroopticModulators
11.4.IntroductiontothePhotorefractiveEffect
11.5.PhotorefractiveEquationsofKuldatarevetal.
11.6.Two-BeamCouplinginPhotorefractiveMaterials
11.7.Four-WaveMixinginPhotorefractiveMaterials
Problems
References

12.OpticallyInducedDamageandMultiphotonAbsorption
12.1.IntroductiontoOpticalDamage
12.2.Avalanche-BreakdownModel
12.3.InfluenceofLaserPulseDuration
12.4.DirectPhotoionization
12.5.MultiphotonAbsorptionandMultiphotonIonization
Problems
References

13.UltrafastandIntense-FieldNonlinearOptics
13.1.Introduction
13.2.UltrashortPulsePropagationEquation
13.3.InterpretationoftheUltrashort-PulsePropagationEquation
13.4.Intense-FieldNonlinearOptics
13.5.MotionofaFreeElectroninaLaserField
13.6.High-HarmonicGeneration
13.7.NonlinearOpticsofPlasmasandRelativisticNonlinearOptics
13.8.NonlinearQuantumElectrodynamics
Problem
References

Appendices
A.TheSISystemofUnits
Furtherreading
B.TheGaussianSystemofUnits
Furtherreading
C.SystemsofUnitsinNonlinearOptics
D.RelationshipbetweenIntensityandFieldStrength
E.PhysicalConstants
Index