超颖材料电动力学(影印版)

超颖材料电动力学(影印版)
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作者: (Andrey K. Sarychev)
2012-10
版次: 1
ISBN: 9787301212660
定价: 44.00
装帧: 平装
开本: 16开
纸张: 胶版纸
页数: 247页
字数: 305千字
正文语种: 英语
分类: 自然科学
10人买过
  • Thisbookreviewsthefundamentalsofplasmonicstructuresandmeta-materialsbasedonsuchstructures,alongwiththeirexcitingapplicationsforguidingandcontrollinglight.Bothrandomandgeometricallyorderedmetamaterialsareconsidered.IntroductoryChapter1outlinesthebasicpropertiesofsurfaceplasmonresonances(SPRs)inmetalparticlesandmetal-dielectriccompositesalongwiththepercolationmodelusedfortheirdescription.Chapter2isfocusedonmetalrodsandtheirapplicationsforLHMs.Chapters3and4describetheuniquepropertiesofmetal-dielectricfilms,alsoreferredtoassemicontinuousmetalfilms,andtheirimportantapplications. 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
  • 内容简介:
    Thisbookreviewsthefundamentalsofplasmonicstructuresandmeta-materialsbasedonsuchstructures,alongwiththeirexcitingapplicationsforguidingandcontrollinglight.Bothrandomandgeometricallyorderedmetamaterialsareconsidered.IntroductoryChapter1outlinesthebasicpropertiesofsurfaceplasmonresonances(SPRs)inmetalparticlesandmetal-dielectriccompositesalongwiththepercolationmodelusedfortheirdescription.Chapter2isfocusedonmetalrodsandtheirapplicationsforLHMs.Chapters3and4describetheuniquepropertiesofmetal-dielectricfilms,alsoreferredtoassemicontinuousmetalfilms,andtheirimportantapplications.
  • 目录:
    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
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