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編輯推薦： 本书在介绍经典的理论解释和应用时加入大量科研*前沿的进展，保证读者在能理解基础概念的同时，对本领域的发展进展和热点有一定了解。 內容簡介： 本书是基于作者多年在表面等离激元催化领域的科研成果，结合本领域的前沿科技进展，详述了表面等离激元-激子杂化在表面等离激元杂化领域的科研进展，详细全面地系统介绍。 關於作者： 主要从事基于表面等离激元增强的分子拉曼光谱的实验和理论研究。实现高真空针尖增强拉曼光谱仪,实现目标分子拉曼光谱的超灵敏检测,并揭示表面等离激元增强拉曼光谱的物理和化学机制。以通讯作者或第一作者在国际重要学术期刊上发表SCI 论文超过180 篇其中ESI 高引论文8篇。所有论文引用约5500多次，H-index 40。Researcher ID： B-1131-2008。10次应邀在国际重要期刊撰写本领域的综述。应邀撰写英文专著（科学出版社）2 本（第一作者）。2016 年，获辽宁省科学技术（自然科学）二等奖个人第二。2015 年，获辽宁省科学技术（自然科学）三等奖个人第五。 目錄： CHAPTER1Introduction CHAPTER2SPDrivenOxidationCatalyticReactions 2.1SPDrivenOxidationCatalyticReactionsbySERSin AtmosphereEnvironment 2.1.1GenuineSERSSpectrumofPATP 2.1.2SPDrivenOxidationCatalyticReactionsofPATP 2.1.3SPDrivenOxidationCatalyticReactionsonMetal SemiconductorHybrids 2.2SPDrivenOxidationCatalyticReactionsbySERSin AqueousEnvironment 2.3SPDrivenOxidationCatalyticReactionsbyTERSin AmbientEnvironment 2.4SPDrivenOxidationCatalyticReactionsbyTERSin HVEnvironment CHAPTER3SPDrivenReductionCatalyticReactions 3.1SPDrivenReductionCatalyticReactionsinAtmosphere Environment 3.1.1SPDrivenReductionCatalyticReactionsbySERSin AtmosphereEnvironment 3.1.2SPDrivenReductionCatalyticReactionsonMetal SemiconductorHybrids 3.2SPDrivenReductionCatalyticReactionsbySERSin AqueousEnvironment 3.2.1SetupofElectrochemicalSERS 3.2.2PotentialDependentPlasmonDrivenSequential ChemicalReactions 3.2.3pHDependentPlasmonDrivenSequentialChemical Reactions 3.2.4ElectroopticalTuningofPlasmonDrivenDouble ReductionInterfaceCatalysis 3.3TheStabilityofPlasmonDrivenReductionCatalyticReactions inAqueousandAtmosphereEnvironment 3.4SPDrivenReductionCatalyticReactionsbyTERS 3.4.1SPDrivenReductionCatalyticReactionsbyTERSin AmbientEnvironment 3.4.2SPDrivenReductionCatalyticReactionsbyTERSin HVEnvironment 3.4.3PlasmonHotElectronsorThermalEffectonSPDriven ReductionCatalyticReactionsinHVEnvironment CHAPTER4PhotoorPlasmonInducedOxidizedandReduced Reactions CHAPTER5ThePriorityofPlasmonDrivenReductionor OxidationReactions 5.1PlasmonDrivenDiazoCouplingReactionsinAtmosphere Environment 5.1.1CharacterizationofSERSandGrapheneMediated SERSSubstrate 5.1.2SelectiveReductionReactionsofPNAontheAgNPs inAtmosphereEnvironment 5.1.3SelectiveReductionReactionsofPNAontheSurface ofGAgNPsHybridsinAtmosphereEnvironment 5.1.4HotElectronInducedReductionReactionsofPNA onGAgNWsHybridsinAtmosphereEnvironment 5.2ThePriorityofPlasmonDrivenReductionorOxidationin AqueousEnvironment 5.3ThePriorityofPlasmonDrivenReductionorOxidationin HVEnvironment CHAPTER6PlasmonExcitonCouplingInteractionforSurface CatalyticReactions 61PlasmonExcitonCouplingInteractionforSurfaceOxidation CatalyticReactions 6.1.1CharacterizationofAgNPsTiO2FilmHybrids 6.1.2AgNPsTiO2FilmHybridsforPlasmonExciton CodrivenSurfaceOxidationCatalyticReactions 6.1.3PlasmonExcitonCouplingofAgNPsTiO2Film HybridsStudiedbySERSSpectroscopy 6.1.4PlasmonExcitonCouplingofAgNPsTiO2Film HybridsforSurfaceOxidationCatalyticReactions underVariousEnvironments 6.2PlasmonExcitonCouplingInteractionforSurfaceReduction CatalyticReactions 6.2.1PlasmonExcitonCouplingofMonolayerMoS2AgNPs HybridsforSurfaceReductionCatalyticReactions 6.2.2UltrafastDynamicsofPlasmonExcitonCoupling InteractionofGAgNWsHybridsforSurface ReductionCatalyticReactions 6.2.3SurfaceReductionCatalyticReactionsonGSERSin ElectrochemicalEnvironment 6.3UnifiedTreatmentforPlasmonExcitonCodrivenReduction andOxidationReactions CHAPTER7PlasmonExcitonCouplingInteractionbyFemtosecond PumpProbeTransientAbsorptionSpectroscopy 7.1FemtosecondResolvedPlasmonExcitonCoupling InteractionofGAgNWsHybrids 7.1.1FemtosecondResolvedPlasmonicDynamicsof AgNWs 7.1.2FemtosecondResolvedPlasmonicDynamicsof SingleLayerGraphene 7.1.3FemtosecondResolvedPlasmonicDynamicsof PlasmonExcitonCouplingInteractionofGAg NWsHybrids 7.2PhysicalMechanismonPlasmonExcitonCouplingInteraction RevealedbyFemtosecondPumpProbeTransientAbsorption Spectroscopy CHAPTER8ElectricallyEnhancedPlasmonExcitonCoupling InteractionforSurfaceCatalyticReactions 8.1ElectroopticalSynergyonPlasmonExcitonCodrivenSurface ReductionCatalyticReactions 8.1.1PlasmonExcitonCouplingInteractionofMonolayer GAgNPs 8.1.2ElectricalPropertiesofPlasmonExciton CouplingDevice 8.1.3PlasmonExcitonCodrivenSurfaceReduction CatalyticReactions 8.1.4BiasVoltageDependentPlasmonExcitonCodriven SurfaceReductionCatalyticReactions 8.1.5GateVoltageDependentPlasmonExcitonCodriven SurfaceReductionCatalyticReactions 8.2ElectricallyEnhancedHotHoleDrivenSurfaceOxidation CatalyticReactions CHAPTER9PlasmonWaveguideDrivenChemicalReactions 9.1PlasmonWaveguideforRemoteExcitation 9.1.1FeaturesofRemoteExcitationSERSandEarly Application 9.1.2RemoteExcitationPlasmonDrivenChemical Reactions 9.2RemoteExcitationPolarizationDependentSurface PhotochemicalReactionsbyPlasmonWaveguide 9.3RemoteExcitationTimeDependentSurfaceCatalytic ReactionsbyPlasmonWaveguide CHAPTER10PlasmonDrivenDissociation 10.1ResonantDissociationofSurfaceAdsorbedMoleculesby PlasmonicNanoscissors 10.2PlasmonicNanoscissorsforMolecularDesign 10.3PlasmonDrivenDissociationofH2 10.3.1PlasmonDrivenDissociationofH2onAu 10.3.2PlasmonDrivenDissociationofH2onAluminum Nanocrystal 10.4PlasmonDrivenDissociationofN2 10.5PlasmonDrivenWaterSplitting 10.5.1PlasmonDrivenWaterSplittingunderVisible Illumination 10.5.2Anautonomousphotosyntheticdeviceof PlasmonDrivenWaterSplitting 10.6PlasmonDrivenDissociationofCO2 10.7RealSpaceandRealTimeObservationofaPlasmon InducedChemicalReactionsofaSingleMolecule 10.8CompetitionbetweenReactionsandDegradationPathways inPlasmonDrivenPhotochemistry CHAPTER11SummaryandOutlook Acknowledgements References

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