研究方向：有机、高分子光电功能材料
联系电话：**
Email:lizhen@whu.edu.cn
教育与研究经历
1997年于武汉大学化学系获理学学士学位；2002年于武汉大学化学学院获理学博士学位(导师：秦金贵教授)。2003年至2004年在香港科技大学化学系从事研究工作(唐本忠教授实验组)；2010年在美国佐治亚理工学院化学与化学生物学系从事研究工作(SethMarder教授研究组)；2014年1-2月在新加坡国立大学任VisitingProfessor.
-----------------------------------------------------------------
研究方向：有机、高分子光电功能材料
联系电话：**
Email:lizhen@whu.edu.cn
教育与研究经历
1997年于武汉大学化学系获理学学士学位；2002年于武汉大学化学学院获理学博士学位(导师：秦金贵教授)。2003年至2004年在香港科技大学化学系从事研究工作(唐本忠教授实验组)；2010年在美国佐治亚理工学院化学与化学生物学系从事研究工作(SethMarder教授研究组)；2014年1-2月在新加坡国立大学任VisitingProfessor.
-----------------------------------------------------------------
1.WenboWu,RunliTang,QianqianLi,andZhenLi*,“Functionalhyperbranchedpolymerswithadvancedoptical,electricalandmagneticproperties”,Chem.Soc.Rev.,2015,inpress.
2.Zhong’anLi,WenboWu,QianqianLi,GuYu,LiXiao,YunqiLiu,ChengYe,JinguiQin,andZhenLi*,“HighGenerationSecond-orderNonlinearOpticalDendrimers:ConvenientSynthesisfromClickChemistry,andtheIncreasingTrendofNLOEffects”,Angew.Chem.-Int.Ed.2010,49,2763-2767.
3.WenboWu,LijinHuang,ChangfeiSong,GuiYu,ChengYe,YunqiLiu,JinguiQin,QianqianLiandZhenLi*,"NovelGlobal-likeSecond-OrderNonlinearOpticalDendrimers:ConvenientSynthesisthroughthePowerfulClickChemistryandLargeNLOEffectsAchievedbyUsingSimpleAzoChromophore",Chem.Sci.,2012,3,1256-1261.于2012年2月20日被美国化学会网上杂志“NoteworthyChemistry”进行了评述。
4.Zhong’anLi,YunqiLiu,*GuYu,YugengWen,YunlongGuo,LiJi,JinguiQin*,andZhenLi*,“ANewCarbazole-ConstructedHyperbranchedPolymer:ConvenientOne-potSynthesis,Hole-transportingAbility,andFieldEffectTransistorProperties”,AdvancedFunctionalMaterials,2009,19,2677-2683.
5.ZhenLi,YongQiangDong,JackyW.Y.Lam,JiaxinSun,AnjunQin,MatthiasH?u?ler,YuPingDong,HermanH.Y.Sung,IanD.Williams,HoiSingKwok,andBenZhongTang*,“FunctionalizedSiloles:VersatileSynthesis,Aggregation-InducedEmission,andSensoryandDeviceApplications”,AdvancedFunctionalMaterials,2009,19,905-917.
6.JingHuang,NingSun,YongqiangDong,RunliTang,PingLu,PingCai,QianqianLi,DonggeMa*,JinguiQin,andZhenLi*,“SimilarorTotallyDifferent:theControlofConjugationDegreethroughMinorStructuralModification,andDeep-BlueAIELuminogensforNon-DopedOLEDs”,Adv.Funct.Mater.,2013,23,2329-2337.
7.JingHuang,NingSun,JieYang,RunliTang,QianqianLi*,DonggeMa*,andZhenLi*,“Blueaggregation-inducedemissionluminogens:highexternalquantumefficienciesupto3.99%inLEDdevice,andrestrictionoftheconjugationlengththroughrationalmoleculardesign”,Adv.Funct.Mater.,2014,24,7645-7654.
8.XuejunZhan,NingSun,ZhongbinWu,JinTu,LeiYuan,XiTang,YujunXie,QianPeng,YongqiangDong,QianqianLi,DonggeMa,*andZhenLi*,“PolyphenybenzeneasaPlatformforDeep-BlueOLEDs:AggregationEnhancedEmissionandHighExternalQuantumEfficiencyof3.98%”,Chem.Mater.,2015,27,1847-1854.
9.XiaodingLou,DaxinOu,QianqianLiandZhenLi*,“Anindirectapproachforanionsdetection:thedisplacementstrategyanditsapplication”,Chem.Comm.,2012,48,8462-8477.(InvitedFeatureArticle)
10.ZhenLi*,QianqianLi,andJinguiQin,“Somenewdesignstrategiesforsecond-ordernonlinearopticalpolymersanddendrimers”,PolymerChemistry,2011,2,2723-2740.(InvitedReview)
11.WenboWu,CanWang,QianqianLi,ChengYe,JinguiQin,andZhenLi*,“Theinfluenceofpentafluorophenylgroupsonthenonlinearoptical(NLO)performanceofhighgenerationdendronsanddendrimers”,ScientificReports,2014,4,6101.
12.XuejunZhan,JiZhang,ShengTang,YuxuanLin,MingZhao,JieYang,HaoliZhang,*QianPeng,GuiYu,*andZhenLi*,“Pyrenefusedperylenediimides:synthesis,characterizationandapplicationsinorganicfiled-effecttransistorsandopticallimitingwithhighperformance”,Chem.Comm.,2015,51,inpress.
13.JingHuang,NingSun,PengyuChen,RunliTang,QianqianLi,DonggeMa,*andZhenLi*,“LargelyBlue-shiftedEmissionthroughMinorStructuralModifications:MolecularDesign,Synthesis,Aggregation-InducedEmissionandDeep-blueOLEDApplication”,Chem.Comm.,2014,50,2136-2138.
14.JingHuang,XiaoYang,XianjieLi,PengyuChen,RunliTang,FengLi,PingLu,YuguangMa,LeiWang,*JinguiQin,QianqianLi,andZhenLi*,“BipolarAIE-activeLuminogensComprisedofanOxadiazoleCoreandTerminalTPEMoietiesasNewTypeofHostforDopedElectroluminescence”,Chem.Comm.,2012,48,9586-9588.
15.XiaodingLou,YiZhang,QianqianLi,*JinguiQinandZhenLi*,“AhighlyspecificRhodamine-basedcolorimetricprobeforhypochlorite:newsensingstrategyandrealapplicationintapwater”,Chem.Comm.,2011,47,3189-3191.
16.XiaohongCheng,HuizhenJia,TengLong,JunFeng,JinguiQin,andZhenLi*,““Turn-on”FluorescentProbeforHypochlorousAcid:ConvenientSynthesis,GoodSensingPerformance,andNewDesignStrategybytheRemovalofC=NIsomerization”,Chem.Comm.,2011,47,11978-11980.
17.XiujuanXu,JingHuang,JijunLi,JiaweiYan,JinguiQin,andZhenLi*,“Agrapheneoxide-basedAIEbiosensorwithhighselectivitytowardbovineserumalbumin”,Chem.Comm.,2011,47,12385-12387.
18.XiaodingLou,LiyaoZhang,JinguiQin,*andZhenLi,*“AnAlternativeApproachtoDevelopHighlySensitiveandSelectiveChemosensorfortheColorimetricSensingofCyanideinWater”,Chem.Comm.,2008,5848-5850.于2008年12月8日被美国化学会网上杂志“NoteworthyChemistry”进行了评述。
19.QiZeng,PingCai,ZhenLi,*JinguiQinandBenZhongTang,“AnImidazole-FunctionalizedPolyacetylene:ConvenientSynthesisandSelectiveChemosensorforMetalIonsandCyanide”,ChemicalCommunications,2008,1094-1096.
20.QiZeng,ZhenLi,*YongqiangDong,Chong’anDi,AnjunQin,YuningHong,ZhichaoZhu,CathyK.W.Jim,GuiYu,QianqianLi,Zhong’anLi,YunqiLiu,JinguiQin*andBenZhongTang*,“Fluorescenceenhancementsofbenzene-coredluminophorsbyrestrictedintramolecularrotations:AIEandAIEEeffects”,ChemicalCommunications,2007,70-72.
21.Zhong’anLi,ZuoquanJiang,ShanghuiYe,CathyK.W.Jim,GuiYu,YunqiLiu,*JinguiQin,BenZhongTang,andZhenLi*,“Solution-Processableπ-ConjugatedDendrimerswithHole-transporting,ElectroluminescentandFluorescentPatternProperties”,J.Mater.Chem.,2011,21,14663-14671.
22.JingHuang,XiaoYang,JinyuWang,ChengZhong,LeiWang,*JinguiQin,andZhenLi*,“NewTPE-basedEfficientBlueLuminophors:AggregationInducedEmissionandPartiallyControllableEmittingColor”,J.Mater.Chem.,2012,22,2478-2484.
23.QianqianLi,JieShi,HuiyangLi,ShuangLi,ChengZhong,FulinGuo,MingPeng,JianliHua,JinguiQinandZhenLi*,“NovelPyrrole-basedDyesforDye-SensitizedSolarCells:FromRod-Shapeto“H”Type”,J.Mater.Chem.,2012,22,6689-6696.
24.XiaodingLou,QiZeng,YiZhang,ZhaominWan,JinguiQin,andZhenLi*,“FunctionalizedPolyacetyleneswithStrongLuminescence:“Turn-on”FluorescentDetectionofCyanideBasedontheDissolutionofGoldNanoparticlesanditsApplicationinRealSamples”,J.Mater.Chem.,2012,22,5581-5586.
25.WenboWu,ShanghuiYe,LijinHuang,LiXiao,YingjieFu,QiHuang,GuiYu,YunqiLiu,*JinguiQin,QianqianLiandZhenLi*,"Aconjugatedhyperbranchedpolymerconstructedfromcarbazoleandtetraphenylethylenemoieties:convenientsynthesisthroughone-pot‘‘A2+B4’’Suzukipolymerization,aggregation-inducedenhancedemission,andapplicationasexplosivechemosensorsandPLEDs",J.Mater.Chem.,2012,22,6374-6382.
26.ShuangLi,ZhicaiHe,JianYu,Su’anChen,AoshuZhong,RunliTang,HongbinWu,*JinguiQin,andZhenLi*,“HowthelinkingpositionsaffecttheperformanceoftheBulk-heterojunctionpolymersolarcells”,J.Mater.Chem.,2012,22,12523-12531.
27.JingHuang,NingSun,JieYang,RunliTang,QianqianLi,DonggeMa,*JinguiQin,andZhenLi*,“Benzene-CoredFluorophorswithTPEPeripheries:Facilesynthesis,Crystallization-inducedBlue-ShiftedEmission,andEfficientblueluminogensfornon-dopedOLEDs”,J.Mater.Chem.,2012,22,12001-12007.
28.WenboWu,QiHuang,GuofuQiu,ChengYe,JinguiQin,andZhenLi*,“Aromatic/PerfluoroaromaticSelf-AssemblyEffect:anEffectiveStrategytoImproveNLOEffect”,J.Mater.Chem.,2012,22,18486-18495.
29.JieShi,JunnianChen,ZhaofeiChai,HengWang,RunliTang,KeFan,MeiWu,HongweiHan,JinguiQin,TianyouPeng,QianqianLi*andZhenLi*,“Highperformanceorganicsensitizersbasedon11,12-bis(hexyloxy)dibenzo[a,c]phenazinefordye-sensitizedsolarcells”,J.Mater.Chem.,2012,22,18830-18838.
30.XiujuanXu,DaxinOu,XiaoliangLuo,JunChen,JingjingLu,HongbingZhan,YongqiangDong,JinguiQin,andZhenLi*,“WatersolubleGrapheneSheetswithLargeOpticalLimitingResponseviaNon-covalentFunctionalizationwithPolyacetylenes”,J.Mater.Chem.,2012,22,22624-22630.
31.WenboWu,CanWang,RunliTang,YingjieFu,ChengYe,JinguiQin,andZhenLi*,“Second-ordernonlinearopticaldendrimerscontainingdifferenttypeofisolationgroups:convenientsynthesisthroughpowerful“clickchemistry”andlargeNLOeffects”,J.Mater.Chem.C,2013,1,717-728.
32.WenboWu,QiHuang,GuohuaXu,CanWang,ChengYe,JinguiQin,andZhenLi*,“Usinganisolationchromophoretofurtherimprovethecomprehensiveperformanceofnonlinearoptical(NLO)dendrimers”,J.Mater.Chem.C,2013,1,3226-3234.
33.ZhijunRuan,CarrieY.K.Chan,JackyW.Y.Lam,QiWu,QianqianLi,JinguiQin,BenZhongTang,andZhenLi*,“Controllablepreparationofnanocompositesthroughconvenientstructuralmodificationofcobaltcontainedorganometallicprecursors:nanotubesandnanosphereswithhighselectivity,andtheirmagneticproperties”,J.Mater.Chem.C,2014,2,633-640..
34.JingHuang,YibinJiang,JieYang,RunliTang,NiXie,QianqianLi,HoiSingKwok,BenZhongTang,ZhenLi*,“ConstructionofEfficientBlueAIEEmitterswithTriphenylamineandTPEMoietiesforNondopedOLEDs”,J.Mater.Chem.C,2014,2,2028-2036.
35.JieYang,NingSun,JingHuang,QianqianLi,QianPeng,XiTang,YongqiangDong,DonggeMa*andZhenLi*,“NewAIEgenscontainingtetraphenyletheneandsilolemoieties:tunableintramolecularconjugation,aggregation-inducedemissioncharacteristics,andgooddeviceperformance”,J.Mater.Chem.C,2015,3,2624-2631.
36.Zhong’anLi,TenglinYe,SunTang,CanWang,DonggeMa,*ZhenLi*,“Triphenylamine-basedπ-ConjugatedDendrimers:ConvenientSynthesis,EasySolutionProcessability,andGoodHole-TransportingProperty”,J.Mater.Chem.C,2015,3,2016-2023.
37.WenboWu,ZhenXu,andZhenLi*,“Usinglowgenerationdendrimersasmonomerstoconstructdendronizedhyperbranchedpolymerswithhighnonlinearopticalperformance”,J.Mater.Chem.C,2014,2,8122-8130.
38.ShuangLi,BaofengZhao,ZhicaiHe,Su’anChen,JianYu,AoshuZhong,RunliTang,HongbinWu,*QianqianLi,JinguiQin,andZhenLi*,“Synthesis,CharacterizationandPhotovoltaicPerformancesofD-ACopolymerbasedonBDTandDBPz:theLargelyImprovedPerformanceCausedbytheAdditionalThiopheneBlocks”,J.Mater.Chem.A,2013,1,4508-4515.
39.XiaohongCheng,HuizhenJia,JunFeng,*JinguiQin,andZhenLi*,“‘‘Reactive’’probeforhydrogensulfite:‘‘turn-on’’fluorescentsensingandbioimagingapplication”,J.Mater.Chem.B,2013,1,4110-4114.
40.ZhijunRuan,WenhuiRong,QianqianLi,andZhenLi*,“Oxygenasthegrowthenhancerofcarbonnanotubesinsolid-statepyrolysisoforganometallicprecursors”,Carbon,2015,inpress.
41.JieYang,JingHuang,NingSun,QianPeng,QianqianLi,*DonggeMa,*andZhenLi*,“Twistversusthelinkagemode:whichoneisbetterfortheconstructionofblueluminogenswithAIEproperties”,Chem.Eur.J.2015,21,inpress.
42.QianqianLi,LanlanLu,ChengZhong,JingHuang,QingHuang,JieShi,XianboJin,TianyouPeng,*JinguiQin,*andZhenLi*,“NewPyrrole-BasedOrganicDyesforDye-SensitizedSolarCells:ConvenientSynthesesandHighEfficiency”,Chem.Eur.J.2009,15,9664-8.
43.XiaohongCheng,QianqianLi,*ConggangLi,JinguiQin,andZhenLi*,“Azobenzene-BasedColorimetricChemosensorsforRapidNaked-EyeDetectionofMercury(II)”,Chem.Eur.J.2011,17,7276-7281.
44.XiaodingLou,YiZhang,JinguiQin,andZhenLi*,“AHighlySensitiveandSelectiveFluorescentProbeforCyanideBasedontheDissolutionofGoldNanoparticlesanditsApplicationinRealSamples”,Chem.Eur.J.2011,17,9691-9696.
45.XiaohongCheng,ShuangLi,HuizhenJia,AoshuZhong,ChengZhong,JunFeng,JinguiQin,andZhenLi*,“FluorescentandColorimetricProbesforMercury(II):TunableStructuresofElectronDonorandConjugatedBridge”,Chem.Eur.J.2012,18,1691-99.
46.WenboWu,ChengYe,GuiYu,YunqiLiu,JinguiQin,andZhenLi*,“NewHyperbranchedPolytriazolesContainingIsolationChromophoreDerivedfromAB4MonomersviaClickChemistryunderCopper(I)Catalysis:ImprovedOpticalTransparencyandEnhancedNLOEffect”,Chem.Eur.J.2012,18,4426-34.
47.XiujuanXu,JijunLi,QianqianLi*,JingHuang,YongqiangDong,YuningHong,JiaweiYan,JinguiQin,ZhenLi*,andBenZhongTang*,“ANewStrategyforDramaticallyEnhancingtheSelectivityofAIEMoleculestowardsBiomacromoleculeswiththeAidofGrapheneOxide”,Chem.Eur.J.2012,18,7278-7286.
48.XiujuanXu,JijunLi,QianqianLi*,JingHuang,YongqiangDong,YuningHong,JiaweiYan,JinguiQin,ZhenLi*,andBenZhongTang*,“ANewStrategyforDramaticallyEnhancingtheSelectivityofAIEMoleculestowardsBiomacromoleculeswiththeAidofGrapheneOxide”,Chem.Eur.J.2012,18,7278-7286.
49.WenboWu,GuohuaXu,ConggangLi,*GuiYu,YunqiLiu,ChengYe,JinguiQinandZhenLi*,“Fromnitro-basedchromophoretosulfonyl-basedone:theimprovementofthecomprehensiveperformanceofNLOdendrimers”,Chem.Eur.J.2013,19,6874-88.
50.WenboWu,ConggangLi,*GuiYu,YunqiLiu,ChengYe,JinguiQinandZhenLi*,"High-GenerationSecond-OrderNonlinearOptical(NLO)DendrimersContaining“IsolationChromophore”:ConvenientSynthesisbyClickChemistryandtheIncreasedNLOEffects",Chem.Eur.J.2012,18,11019-11028.
51.WenboWu,GuiYu,YunqiLiu,ChengYe,JinguiQinandZhenLi*,“UsingTwoSimpleMethodsofAr-ArFSelf-AssemblyEffectandIsolationChromophoretoFurtherImprovetheComprehensivePerformanceofNLODendrimers”,Chem.Eur.J.2013,19,630-641.
52.JingHuang,RunliTang,TianZhang,QianqianLi,GuiYu,ShuyiXie,YunqiLiu,*ShanghuiYe,*JinguiQin,ZhenLi*,“ANewApproachtoPrepareEfficientBlueAIEEmittersfornon-dopedOLEDs”,Chem.Eur.J.2014,20,5317-5326.
53.QianqianLi,MingPeng,HuiyangLi,ChengZhong,LiangZhang,XiaohongCheng,XiaoniuPeng,QuquanWang,JinguiQinandZhenLi*,"ANew"Turn-on"Naphthalenedimide-BasedChemosensorforMercuryIonswithHighSelectivity:theSuccessfulUtilizationoftheMechanismofTwistedIntramolecularChargeTransfer,Near-IRFluorescenceandCellImages",Org.Lett.,2012,14,2094-7.
54.YanfenHuang,DaxinOu,CanWang,ChiHuang,*QianqianLiandZhenLi*,“SynthesisofaCyclen-ContainingDisubstitutedPolyacetylenewithStrongGreenPhotoluminescenceanditsApplicationasSensitiveChemosensortowardsSulfideAnionwithGoodSelectivityandHighSensitivity”,PolymerChemistry,2014,5,2041-2049.
55.ZhijunRuan,WenhuiRong,XuejunZhan,QianqianLi,andZhenLi*,“POSScontainingorganometallicpolymer:synthesis,characterizationandsolid-statepyrolysisbehavior”,PolymerChemistry,2014,5,5994-6002.
56.Zhong’anLi,WenboWu,ChengYe,JinguiQinandZhenLi*,“NewHyperbranchedPolyaryleneethynyleneContainingAzo-benzeneChromophoreMoietiesintheMainChain:FacileSynthesis,LargeOpticalNonlinearityandHighThermalStability”,PolymerChemistry,2010,1,78-81.
57.XiaodingLou,YiZhang,ShuangLi,DaxinOu,ZhaominWan,JinguiQin,andZhenLi*,“ANewPolyfluoreneBearingPyridineMoieties:SensitiveFluorescentChemosensortowardsMetalIonsandCyanide”,PolymerChemistry,2012,3,1446-52.
58.WenboWu,CanWang,ChengZhong,ChengYe,GuofuQiu,JinguiQin,andZhenLi*,“Changingtheshapeofchromophoresfrom“H-type”to“Star-type”:increasingthemacroscopicNLOeffectsinalargedegree”,PolymerChemistry,2013,4,378-386.
59.WenboWu,ChengYe,JinguiQin,andZhenLi*,“AseriesofAB2-typesecond-ordernonlinearoptical(NLO)polyaryleneethynylenes:usingdifferentend-cappedspacerswithadjustablebulktoachievehighNLOcoefficients”,PolymerChemistry,2013,4,inpress.
60.WenboWu,ShaohuiXin,ZhenXu,ChengYe,JinguiQin,andZhenLi*,“Main-chainsecond-ordernonlinearopticalpolyaryleneethynylenescontainingisolationchromophore:enhancednonlinearopticalproperty,improvedopticaltransparencyandstability”,PolymerChemistry,2013,4,3196-3203.
61.WenboWu,andZhenLi*,“FurtherimprovementofthemacroscopicNLOcoefficientandopticaltransparencyofhyperbranchedpolymerbyenhancingthedegreeofbranching”,PolymerChemistry,2014,5,5100-5108.
62.LiangZhang,XiaodingLou,YunYu,JinguiQin,andZhenLi*,“ANewDisubstitutedPolyacetyleneBearingPyridineMoieties:ConvenientSynthesisandSensitiveChemosensortowardsSulfideAnionwithHighSelectivity”,Macromolecules,2011,44,5186-93.
63.Zhong’anLi,GuiYu,YunqiLiu,ChengYe,JinguiQin,andZhenLi*,“DendronizedPolyfluoreneswithHighAzo-ChromophoreLoadingDensity:ConvenientSynthesisandEnhancedSecond-OrderNonlinearOpticaleffects”,Macromolecules,2009,42,6463-6472.
64.Zhong’anLi,GuiYu,PanHu,ChengYe,YunqiLiu,JinguiQinandZhenLi*,“NewAzoChromophore-ContainingHyperbranchedPolytriazolesDerivedfromAB2MonomersviaClickChemistryunderCopper(I)Catalysis”,Macromolecules,2009,42,1589–1596.
65.Zhong’anLi,GuiYu,WenboWu,YunqiLiu,ChengYe,JinguiQin,ZhenLi,*“NonlinearOpticalDendrimersfromClickChemistry:ConvenientSynthesis,NewFunctionoftheFormedTriazoleRingsandEnhancedNLOeffects”,Macromolecules,2009,42,3864–3868.
66.Zhong’anLi,XiaodingLou,HaiboYu,ZhenLi,*andJinguiQin,“AnImidazole-FunctionalizedPolyfluoreneDerivativeasSensitiveFluorescentProbeforMetalIonsandCyanide”,Macromolecules,2008,41,7433-7439.
67.QiZeng,Zhong’anLi,ZhenLi,*ChengYe,JinguiQin,BenZhongTang*,“ConvenientAttachmentofHighlyPolarAzoChromophoreMoietiestoDisubstitutedPolyacetylenethroughPolymerReactionsbyUsing“Click”Chemistry”,Macromolecules,2007,40,5634-5637.
68.Zhong’anLi,QiZeng,ZhenLi*,ShouchengDong,ZhichaoZhu,QianqianLi,ChengYe,Chong’anDi,YunqiLiu,JinguiQin*,“AnAttempttoModifyNonlinearOpticalEffectsofPolyurethanesbyAdjustingtheStructureoftheChromophoreMoietiesatMolecularLevelUsing“Click”Chemistry”,Macromolecules,2006,39,8544-46.
69.Zhong’anLi,ZhenLi,*Chong’anDi,ZhichaoZhu,QianqianLi,QiZeng,KaiZhang,YunqiLiu,ChengYe,*JinguiQin*,“StructuralControloftheSide-ChainChromophorestoAchieveHighlyEfficientNonlinearOpticalPolyurethanes”,Macromolecules,2006,39,6951-61.
70.ZhenLi,JackyW.Y.Lam,YongqiangDong,YupingDong,HermanH.Y.Sung,IanD.Williams,andBenZhongTang,*“ConstructionofHyperbranchedPolyphenylenesContainingFerrocenylUnitsbyAlkynePolycyclotrimerization”,Macromolecules,2006,39,6458-6466.
71.ZhenLi,AnjunQin,JackyW.Y.Lam,YupingDong,YongqiangDong,ChengYe,I.D.Williams,BenZhongTang*,“FacileSynthesis,LargeOpticalNonlinearity,andExcellentThermalStabilityofHyperbranchedPoly(aryleneethynylene)sContainingAzobenzeneChromophores”,Macromolecules,2006,39,1436-1442.
72.ZhenLi,YongqiangDong,AnjunQin,JackyW.Y.Lam,YupingDong,WangzhangYuan,JingzhiSun,JianliHua,KamSingWong,BenZhongTang*,“FunctionalizationofDisubstitutedPolyacetylenesthroughPolymerReactions:SynthesesofFunctionalPoly(1-phenyl-1-alkyne)s”,Macromolecules,2006,39,467-469.
73.ZhenLi,ChengHuang,JianliHua,JinguiQin*,ZhouYang,ChengYe,“NewPostFunctionalApproachtoPrepareSecond-OrderNonlinearOpticalPolyphophazenesContainingSulfonyl-BasedChromophore”,Macromolecules,2004,37,371-376.于2004年3月1日被美国化学会网上杂志“HeartCut”进行了评述。
74.ZhenLi,JinguiQin*,ShaojunLi,ChengYe,JieLuo,YongCao,“Polyphosphazenecontainingindole-baseddualchromophores:Synthesisandnonlinearopticalcharacterization”,Macromolecules,2002,35,9232-5.
75.Zhong’anLi,XiaodingLou,ZhenLi*andJinguiQin,“ANewApproachtoFluorescence“Turn-On”Sensingofα-AminoAcids”,ACSAppliedMaterials&Interfaces,2009,1,232-234.
76.XiaohongCheng,QianqianLi,JinguiQin,andZhenLi*,“ANewApproachtodesignRatiometricFluorescentProbeforMercury(II)BasedontheHg2+-PromotedDeprotectionofThioacetals”,ACSAppliedMaterials&Interfaces,2010,2,1066–1072.
77.Zhong’anLi,WenboWu,GuiYu,YunqiLiu,ChengYe,JinguiQinandZhenLi,*“Dendron-likeMain-ChainNonlinearOpticalPolyurethanesConstructedfrom“H”-TypeChromophores:SynthesisandNLOProperties”,ACSAppliedMaterials&Interfaces,2009,1,856-863.
78.XiaodingLou,LiQiang,JinguiQin,andZhenLi*,“ANewRhodamine-BasedColorimetricCyanideChemosensor:ConvenientDetectingProcedureandHighSensitivityandSelectivity”,ACSAppliedMaterials&Interfaces,2009,1,2529-2535.
79.XiaohongCheng,YueZhou,JinguiQin,andZhenLi*,"Reaction-BasedColorimetricCyanideChemosensors:RapidNaked-EyeDetectionandHighSelectivity",ACSAppliedMaterials&Interfaces,2012,4,2133-8.
80.XiaohongCheng,RunliTang,HuizhenJia,JunFeng,JinguiQinandZhenLi*,"ANewFluorescentandColorimetricProbeforCyanide:DirectReactivity,HighSelectivityandBioimagingApplication",ACSAppliedMaterials&Interfaces,2012,4,4387-4392.
-----------------------------------------------------------------
有机化学（化学基地班）
-----------------------------------------------------------------
1．主持人，国家自然科学基金委杰出青年基金，“有机/高分子光电功能材料化学”，2014-2017。批准号：**。
2．主持人，国家自然科学基金重点项目，“具有枝状结构的新型二阶非线性光学高分子材料的研究”，2011-2014。批准号：**。
3．课题负责人，国家重点基础研究发展计划（973计划）“石墨烯的可控制备、物性与器件研究”（项目编号：2011CB932700）第二课题“石墨烯的掺杂、修饰与物性调控”（课题编号：2011CB932702）。2011-2015。
4．主持人，教育部新世纪优秀人才支持计划，“高分子光电功能材料”，2009-2011。批准号：NCET-08-0411。
5．主持人，国家自然科学基金，“含吲哚基团的新型二阶非线性光学发色团的设计、合成与性能研究”，2005-2007。批准号：**。
6．主持人，国家自然科学基金，“新型聚磷腈二阶非线性光学材料的研究”，2007-2009。批准号：**。
7．主持人，国家自然科学基金，“基于共轭高分子的新型传感器的设计、合成与性能研究”，2010-2012。批准号：**。
8．主持人，国家自然科学基金委，“基于聚集诱导发旋光性能新型传感器的研究”，2012-2014。批准号：**。
9．主持人，国家自然科学基金委，“国际聚集诱导发光现象及其应用学术讨论会”，2013，批准号：**。
-----------------------------------------------------------------
-----------------------------------------------------------------
1.2013年，获国家自然科学基金委杰出青年基金。
2.2013年，获得亚洲之星的荣誉称号
3.2012年，湖北省第六届优秀科技工作者。
4.2012年，湖北省科协“科技创新源泉工程”创新创业人才。
5.2011年，霍英东教育基金会青年教师奖(三等奖)。
6.2011年，武汉大学十大杰出青年。
7.2011年，武汉大学“马克昌优秀教师奖”。
8.2009年，获“武汉大学优秀教师”。
9.2009年，获冯新德polymerprize(Elsevier)。
10.2009年，武汉大学优秀研究生德育工作者。
11.2008年，入选“教育部新世纪优秀人才支撑计划”。
12.2008年，获“湖北省自然科学一等奖”(排名第三)。
13.2008年，获“武汉大学青年教师教学竞赛”二等奖。
14.2008年，获武汉大学第三届“尊师爱学”十佳教师。
15.2008年，获武汉大学“学生工作先进个人”。
16.2007年，获“中国化学会青年化学奖”。
17.2006年，武汉大学优秀党务工作者。
18.2005年，武汉大学优秀学生班级导师。
19.2004年，博士论文入选全国优秀博士论文提名论文。
20.2003年，被授予武汉大学优秀共产党员。
