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1.Asupramoleculargelelectrolyteformedfromamidebasedco-gelatorforquasi-solid-statedye-sensitizedsolarcellwithboostedelectronkineticprocesses.ZhipengHuo*,LuWang,LiTao*,YongDing,JinxinYi,AhmedAlsaedi,TasawarHayat,SongyuanDai*.JournalofPowerSources,2017,359,80.ISSN0378-7753
2.Effectoftheself-assembledgelnetworkformedfromalowmolecularmassorganogelatorontheelectronkineticsinquasi-solid-statedye-sensitizedsolarcells.LuWang,ZhipengHuo*,LiTao,JunZhu,ShuanghongChen,XuPan,SongyuanDai*.ScienceChinaMaterials.2016,59(10),787.ISSN2199-4501
3.Quasi-solid-statedye-sensitizedsolarcellbasedongelelectrolytewithhighgeltosolutiontransitiontemperatureusinglowmolecularmassorganogelator.LuWang,ZhipengHuo*,LiTao*,JunZhu,ChangnengZhang,ShuanghongChen,SongyuanDai*.JournalofPhotochemistryandPhotobiologyA:Chemistry.2016,329,139.ISSN1010-6030
4.High-efficiencyandstablequasi-solid-statedye-sensitizedsolarcellbasedonlowmolecularmassorganogelatorelectrolyte.LiTao,ZhipengHuo*,SongyuanDai*,YongDing,JunZhu,ChangnengZhang,BingZhang,JianxiYao,MohammadKNazeeruddin,M.Grätzel.JournalofMaterialChemistryA,2015,3,2344.ISSN2050-7488
5.Gelelectrolytematerialsformedfromaseriesofnovellowmolecularmassorganogelatorsforstablequasi-solid-statedye-sensitizedsolarcells.LiTao,ZhipengHuo*,SongyuanDai*,JunZhu,ChangnengZhang,YangHuang,BingZhang,JianxiYao.JournalofMaterialChemistryA,2014,2,15921.ISSN2050-7488
6.Stablequasi-solid-statedye-sensitizedsolarcellusingadiamidederivativeaslowmolecularmassorganogelator.LiTao,ZhipengHuo*,SongyuanDai*,JunZhu,ChangnengZhang,YangHuang,BingZhang,JianxiYao.JournalofPowerSources,2014,262,444.ISSN0378-7753
7.Long-termstablequasi-solid-statedye-sensitizedsolarcellsusingaseriesofnovellowmolecularmassorganogelatorsandroom-temperaturemoltensalts.LiTao,ZhipengHuo*,SongyuanDai*,YongDing,JunZhu,ChangnengZhang,BingZhang,JianxiYao,MohammadKNazeeruddin.JournalofPhysicalChemistryC,2014,118,16718.ISSN1932-7455
8.Stablequasi-solid-statedye-sensitizedsolarcellusingionicgelelectrolytewithlowmolecularmassorganogelator.LiTao,ZhipengHuo*,SongyuanDai*,YongDing,JunZhu,ChangnengZhang,BingZhang,JianxiYao.MaterialsChemistryandPhysics,2015,152,62.ISSN0254-0584
9.Anovelpolysulfidehydrogelelectrolytebasedonlowmolecularmassorganogelatorforquasi-solid-statequantumdot-sensitizedsolarcells.ZhipengHuo*,LiTao,(共同一作)ShimaoWang,JunfengWei,WeiweiDong,FengLiu,ShuanghongChen,BingZhang,SongyuanDai*.JournalofPowerSources,2015,284,582.ISSN0378-7753
10.Effectofalkylchainlengthofimidazoliumcationontheelectrontransportandrecombinationkineticsinionicgelelectrolytebasedquasi-solid-statedye-sensitizedsolarcells.ZhipengHuo*,LiTao,(共同一作)LuWang,JunZhu,ShuanghongChen,ChangnengZhang,SongyuanDai*,BingZhang.ElectrochimicaActa,2015,168,313.ISSN0013-4686
11.Quasi-solid-statedyesensitizedsolarcellsusingsupramoleculargelelectrolyteformedfromtwo-componentlowmolecularmassorganogelators.ZhipengHuo*,LiTao,(共同一作)SongyuanDai,JunZhu,ChangnengZhang,ShuanghongChen,BingZhang.ScienceChinaMaterials,2015,58,447.ISSN2095-8226
12.高相转变温度的离子凝胶电解质基准固态染料敏化太阳电池.桃李,霍志鹏*,王露,戴松元*.物理化学学报,2014,31,121.ISSN1000-6818
13.有机小分子胶凝剂在准固态染料敏化太阳电池中的应用.桃李,霍志鹏*,潘旭,张昌能,戴松元*.化学进展,2013,6(25),990.ISSN1005-281X
14.Polymerbasedphotocathodesforpanchromatictandemdye-sensitizedsolarcells.ZhipengShao,XuPan,HaiweiChen,LiTao,WenjunWang,YongDing,BingPan,ShangfengYang,SongyuanDai.EnergyandEnvironmentalScience,2014,7,2647.ISSN1754-5692
15.TiO2NanocrystallineLayerasaBridgeLinkingTiO2Sub-microspheresLayerandSubstratesforHigh-efficiencyDye-sensitizedSolarCells.YongDing,LieMo,LiTao,YanmeiMa,LinhuaHu,YangHuang,XiaqinFang,JianxiYao,XiaowangXi,SongyuanDai*.JournalofPowerSources,2014,272,1046.ISSN0378-7753
16.TiO2sub-microspheresasabi-functionalscatteringlayerforhighperformancedye-sensitizedsolarcells.YongDing,LieMo,LiTao,YanmeiMa,LinhuaHu,LingJiang,ZhaoqianLi,ChangnengZhang,BingZhang,JianxiYao,SongyuanDai*.Nano,2014,9(6),1440007.
17.ContinuouselectrontransportpathwaysconstructedinTiO2sub-microspherefilmsforhigh-performancedye-sensitizedsolarcells.YongDing,YanmeiMa,LiTao,LinhuaHu,GuangLi,LingJiang,ZhaoqianLi,Li’eMo,JianxiYao,SongyuanDai*.RSCAdvances,2015,5,17493.ISSN2046-2069
18.ApplicationofmonodisperseTiO2nanoparticleswiththesizeof8-10nmindye-sensitizedsolarcells.XiaoyanDai,ChengwuShi*,YanruZhang,LiTao,LinhuaHu.SolidStateSciences,2014,31,33.ISSN1293-2258
19.不同尺寸纳米TiO2多孔薄膜中陷阱态分布研究.马艳梅,丁勇,桃李,李广,胡林华,戴松元.中国科学:化学,2015,6,649.ISSN1674-7224
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