超颖材料电动力学(影印版)

索书号 O4/Z698/v.2

Preface
1.Introduction
1.1SurfacePlasmonResonance
1.2PercolationThreshold:SingularitiesinMetal-dielectricComposites
2.ConductingStickCompositesandLeftHandedMetamaterials
2.1Metamaterial
2.2ConductivityandDielectricConstant:EffectiveMediumTheory
2.3High-frequencyResponse
2.3.1Scatteringofelectromagneticwavebyconductingstick
2.3.2High-frequencyeffectivedielectricfunction
2.4GiantEnhancementsofLocalElectricFields
2.5OpticalMagnetism，Left-handedOpticalMaterialsandSuperresolution
2.5.1Analyticaltheoryofmagneticplasmonresonances
2.5.2Numericalsimulationsoftwo-dimensionalnanowirestructures
2.5.3Capacitanceandinductanceoftwoparallelwires
2.6PlanarNanowireComposites
3.SemicontinuousMetalFilms
3.1Introduction
3.2GiantFieldFluctuations
3.2.1Latticemodel
3.2.2Numericalmethod
3.2.3Fielddistributionsonsemicontinuousmetalfilms
3.3LocalizationofSurfacePlasmons
3.3.1Localizationlengthandaverageintensityoflocalelectricfield
3.3.2High-ordermomentsoflocalelectricfields
3.3.3Propertiesofthelocalizedeigenmodes
3.3.4Scalingtheoryofgiantfieldfluctuations
3.4AnomalousLightScatteringfromSemicontinuousMetalFilms
3.4.1Rayleighscattering
3.4.2Scalingpropertiesofcorrelationfunction
3.5SurfaceEnhancedRamanScattering（SERS）
3.6GiantEnhancementsofOpticalNonlinearities
3.7Percolation-enhancedNonlinearScattering:HighHarmonicGeneration
4.OpticalPropertiesofMetal-dielectricFihns:BeyondQuasistaticApproximation
4.1GeneralizedOhm'sLaw（GOL）andBasicEquations
4.2Transmittance，Reflectance，andAbsorptance
4.3NumericalSimulationsofLocalElectricandMagneticFields
4.4SpatialMomentsofLocalElectricandMagneticFields
4.5ExtraordinaryOpticalTransmittance（EOT）
4.5.1Resonanttransmittance
4.5.2Light-inducedandlight-controlledtransmittance
4.5.3Discussion
5.ElectromagneticPropertiesofMetal-dielectricCrystals
5.1Metal-dielectricComposites
5.2ElectromagneticCrystals
5.2.1Cubiclatticeofmetalspheres
5.2.2Awire-meshelectromagneticcrystal
Bibliography