面向先进光子学应用的具有分层组件的低维有机结构（英文）-豆柴文库

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面向先进光子学应用的具有分层组件的低维有机结构（英文）
Title:Low-DimensionalOrganicStructureswithLayeredComponentsforAdvancedPhotonicsApplications
Abstract:
Photonicsisarapidlyadvancingfieldthathasrevolutionizedvariousindustries,suchastelecommunications,opticalcomputing,andsensing.Overtheyears,therehasbeenanincreasinginterestindevelopingnovelmaterialsandstructuresthatcanmanipulatelightwithhighefficiencyandprecision.Inthisregard,low-dimensionalorganicstructureswithlayeredcomponentshaveemergedaspromisingcandidatesforadvancedphotonicsapplications.Thispaperexploresthedesign,fabrication,andpotentialapplicationsofthesestructures,highlightingtheiruniquepropertiesandpromisingfutureprospects.
1.Introduction
Photonicsisthefieldofscienceandtechnologythatinvolvesthemanipulationoflightforvariousapplications.Traditionalmaterialsusedinphotonics,suchasinorganicsemiconductors,sufferfromlimitationssuchashighcost,lackofflexibility,andcomplexfabricationprocesses.Low-dimensionalorganicstructures,ontheotherhand,offeradvantagessuchaslowcost,easyprocessability,andtunableopticalproperties,makingthemattractiveforphotonicsapplications.Thissectionprovidesanoverviewofthemotivationandsignificanceoflow-dimensionalorganicstructuresinphotonics.
2.DesignofLow-DimensionalOrganicStructures
Thissectiondiscussesthedesignprinciplesandstrategiesemployedinthedevelopmentoflow-dimensionalorganicstructuresforphotonicsapplications.Itcoverstheuseoflayeredcomponents,suchasgraphene,transitionmetaldichalcogenides,andorganicmolecules.Theconceptoftailoringlight–matterinteractionsthroughstructuraldesignandchoiceofmaterialsisemphasized,alongwiththeimportanceofcontrollingtheinterfacebetweendifferentlayerstoachievedesiredopticalproperties.
3.FabricationTechniques
Fabricatinglow-dimensionalorganicstructureswithlayeredcomponentsrequiresprecisecontrolovertheassemblyofdifferentlayers.Thissectiondiscussesvariousfabricationtechniques,includingchemicalvapordeposition,solution-basedmethods,andtransferprinting.Theadvantagesandchallengesassociatedwitheacht