New advances in small molecule hole-transporting materials for perovskite solar cells

New advances in small molecule hole-transporting materials for perovskite solar cells

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大小:2.00 MB

页数:11页

时间:2019-08-06

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1、GModelCCLET37721–11ChineseChemicalLettersxxx(2016)xxx–xxxContentslistsavailableatScienceDirectChineseChemicalLettersjournalhomepage:www.elsevier.com/locate/cclet12Review3Newadvancesinsmallmoleculehole-transportingmaterialsfor4perovskitesolarcells5Q1Ya-KunWang,Zuo-QuanJiang*,

2、Liang-ShengLiao6JiangsuKeyLaboratoryforCarbon-BasedFunctionalMaterials&Devices,InstituteofFunctionalNano&SoftMaterials(FUNSOM),SoochowUniversity,7Suzhou215123,ChinaARTICLEINFOABSTRACTArticlehistory:Organicp-functionalmoleculesarethefoundationandbasiccomponentoforganicoptoele

3、ctronicReceived21April2016devices.Forexample,foridealcarriertransportingmaterials,extendedp-conjugationandorderedp–pReceivedinrevisedform13June2016stackingAcceptedarenecessarytoenhancethechargemobilityandachievedesirableresults.Asapromisingway28June2016toAvailableconvertsunl

4、ightintoelectricity,organometalhalideperovskitesolarcells(PSCs)havecapturedalotofonlinexxxattentionduetoitspredominantmeritsespeciallyintheaspectofremarkablephotovoltaicperformanceandmuchpotentiallylowproductioncost.ForconventionalplanarPSCstructure,hole-transportingKeywords

5、:layerwhichtypicallyconsistsoforganicp-functionalmaterialsplaysakeyroleinsuppressinghole–Perovskitesolarcellelectronpairrecombination,promotingchargetransportingandensuringohmiccontactofbackPhotovoltaicdeviceelectrode.ConsideringthekeyrolesofHTMsanditssoaringprogressinrecent

6、years,here,wewillSmallmoleculeConjugatedsummarizerecentprogressinsmallorganicp-functionalmaterialsfromitsdiversefunctionsinPSCs.structureHole-transportingmaterialBesides,aimingtofurtherpromotethedevelopmentoforganicp-functionalmoleculesandHTMs,apromisingdirectiontowardhighly

7、efficientHTMswillalsobediscussed.ß2016ChineseChemicalSocietyandInstituteofMateriaMedica,ChineseAcademyofMedicalSciences.PublishedbyElsevierB.V.Allrightsreserved.891.Introductionconversionefficiency(PCE)ofPSChaswitnessedrapidincreasefrom273.8%to20.1%inpastfewyears[15–19].Beside

8、stheultrahighPCE,2810Energyandenvironmentissuesarebecomingmoreandmoretherel

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