(Nanoscale)Inorganic nanostructures grown on graphene layers

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1、ViewOnlineNanoscaleDynamicArticleLinksC

2、70aThisarticlepresentsareviewofcurrentresearchactivitiesonthehybridheterostructuresofinorganicnanostructuresgrowndirectlyongraphenelayers,whichcanbecategorizedprimarilyaszero-dimensionalnanoparticles;one-dimensionalnanorods,nanowires,andnanotubes;andtwo-dimensionaln

3、anowalls.Forthehybridstructures,thenanostructuresexhibitexcellentmaterialcharacteristicsincludinghighcarriermobilityandradiativerecombinationrateaswellaslong-termstabilitywhilegraphenefilmsshowgoodopticaltransparency,mechanicalflexibility,andelectricalconductivity.Acc

4、ordingly,theversatileandfascinatingpropertiesofthenanostructuresgrownongraphenelayersmakeitpossibletofabricatehigh-performanceoptoelectronicandelectronicdevicesevenintransferable,flexible,orstretchableforms.Here,wereviewpreparationmethodsandpossibledeviceapplications

5、ofthehybridstructuresconsistingofvarioustypesofinorganicnanostructuresgrownongraphenelayers.1.IntroductionThehybridheterostructure,composedofinorganicnano-structuresgrowndirectlyongraphenelayers,isanewclassofmaterialsystemfordevelopingunconventionalinorganicelec-aDi

6、visionofMaterialsScienceandEngineering,HanyangUniversity,tronicandoptoelectronicdevices.InorganicsemiconductorSeoul,133-791,Korea.E-mail:wipark@hanyang.ac.krbnanostructuresexhibitexcellentmaterialcharacteristics,suchasDownloadedbyZhejiangUniversityon26July2011Nation

7、alCreativeResearchInitiativeCenterforSemiconductorNanorodsandDepartmentofPhysicsandAstronomy,SeoulNationalUniversity,highcarriermobility,radiativerecombinationrate,andlong-Publishedon25July2011onhttp://pubs.rsc.org

8、doi:10.1039/C1NR10370ASeoul,151-747,Korea.E-mail:gc

9、yi@snu.ac.krtermstability,whichenablethefabricationofhigh-performancecDepartmentofMaterialsScienceandEngineering,PohangUniversityof1–4opto