Chi-An Dai Professor | NTU Chemical Engineering - 台大化工系

Chi-An Dai Professor ... Polymeric solar cells have many advantages over conventional solar cells. However, the efficiency of polymeric solar cells is needed to ... PrimaryMenu Skiptocontent Search Searchfor: SecondaryMenu Skiptocontent Chi-AnDaiProfessor 戴子安教授 phone:(02)3366-3051 fax:(02)2362-3040 email:[email protected] office:Dept.ofChemicalEngineering212 LabInfo PolymerNanomaterialsLaboratory Dept.ofChemicalEngineering206;工綜B34;Dept.ofChemicalEngineering103A (02)3366-3043;(02)3366-3058;(02)3366-9662 EducationBackground Professor,NationalTaiwanUniversity,2010-now ResearchScientist,EastmanKodakCo.1996-2001 Ph.D.MSE.CornellUniversity1996(advisor:Prof.EdwardJ.Kramer) M.S.MSE.CornellUniversity1991 B.S.Ch.E.TunghaiUniversity1986 ResearchTopic SynthesisofConductingBlockCopolymer Polymericsolarcellshavemanyadvantagesoverconventionalsolarcells.However,theefficiencyofpolymericsolarcellsisneededtoimproveforcommercialization.Ourapproachistocreateself-assemblehybridsofconductingblockcopolymerscontainingnanoparticles.Byenhancingelectron/holeseparation,thereforetheefficiencyofsolarcellisimproved. PatterningMetalandSemiconductingNanoparticleswithBlockCopolymerTemplate Weuseblockcopolymerasatemplatetoformself-assemblednanostructureinwhichmetalandsemiconductingnanoparticlescanbein-situsynthesized.2Dand3Dordernanostructureoftheparticlescanbeusedinareaofquantumdot,biosensor,highdensitystoragemediaandnearfieldoptics. PolymerThinfilmSurfaceandInterface Additionofblockcopolymersinapolymeralloycangreatlyaffectthepropertyofalloysurfaceandinterface.Thisgoalofthisresearchistounderstandtheeffectofsurfacesegregationandtheadhesionmechanismofthemacromoleculesatthesurfaceandinterface. RecentResearchTopic 1.DevelopPrecisionLivingPolymerizationMethodtoSynthesizeC60/ConductingPolymerStarandMiktoarmStarPolymersNSC100-2221-E-002-084-MY3，2011/08/01-2014/07/31 2.InvestigationofEcologicalEngineeringMaterialsforAgricuturalWaterway-IandII2010/3/1-2011/12/31. 3.Bio-CompatibleAuto-FocusingArtificialEye2008/11/1-2011/10/31. 4.PersuasiveCO2ReductionandEnergyConservation2008/11/1-2011/10/31. 5.StudyofNovelRod-CoilBlockCopolymersSynthesis,HybridStructure,andSelf-AssemblyBehaviorNSC97-2221-E-002-064-MY3，2008/08/01-2011/07/31 6.ApplicationofArtificialMuscleinBiomedicineNSC94-2218-E-002-076，2005/11/01-2008-10/31. Honor 1.InvitedSpeakerinTaiwan-RussiaJointSymposiumonSoftMateials:Physics,ChemistryandApplication,Nov12-13,2007,Hsin-Chu,Taiwan. 2.InvitedSpeakerinIUPACWorldPolymerCongress-Macro2008Symposium,June29-July4,2008,Taipei,Taiwan. 3.InvitedSpeakerofAsiaExcellencein59thSocietyofPolymerScience,Japan(SPSJ),May26-28,2010,Yokohama,Japan. TheRepresentativePublicationRecent5-yearsPublication Yi-HuanLee,Wei-ChihChen,Kuo-ChangKau,Yu-PingLee,Wei-ShinLiou,LeeyihWang,*andChi-AnDai*“ANewStrategyforFabricatingOrganicPhotovoltaicDeviceswithStableD/ADouble-ChannelNetworktoEnhancePerformanceUsingSelf-AssemblingAll-ConjugatedDiblockCopolymer”NanoEnergy,13,103,2015. Wei-CheWu,Da-MingWang,Yu-ChenLin,Chi-AnDai,Kuo-ChungCheng,Mei-ShanHu,andBor-ShiunnLee*“HydrogenBondsofaNovelResinCementContributetoHighAdhesionStrengthtoHumanDentin”DentalMater.32,114,2016. Chi-JuChiang,Yi-HuanLee,Yu-PingLee,Guan-TingLin,Ming-HaoYang,LeeyihWang,Chih-ChenHsieh,*andChi-AnDai*“One-StepInSituHydrothermalFabricationofD/APoly(3-hexylthiophene)/TiO2HybridNanowiresandItsApplicationinPhotovoltaicDevices”J.Mater.Chem.A.4,908,2016. ChingShen,Yi-HuanLee,Yu-PingLee,Chi-JuChiang,Fan-KaiWei,Chia-HungWu,Kuo-ChangKau,Hung-WeiLiu,Chih-ChenHsieh,*LeeyihWang,andChi-AnDai,*“Self-OrganizationandPhaseTransformationofAllpi-ConjugatedDiblockCopolymersandItsApplicationsinOrganicSolarCells”React.Funct.Polym.108,94,2016. Bei-KaiYang,Chi-AnDai,Chi-JuChiang,Chieh-NanLai,Chao-ChengHsu,andJrjengRuan*“InfluenceofDissolutionStatusinEutecticMixturesonCrystallizationRoutesofSemiconductivePolyalkylthiophenes”Cryst.Growth.Des.16,3143,2016. Chuen-YoHsiow,Yu-HsiangLin,RathinamRaja,Syang-PengRwei,Wen-YenChiu,Chi-AnDai,LeeyihWang,“ModifiedStructureofTwo-DimensionalPolythiopheneDerivativesbyIncorporatingElectron-DeficientUnitsintoTerthiophene-VinyleneConjugatedSideChainsandPolymerBackbone:Synthesis,OptoelecctronicandSelf-AssemblyProperties,andPhotovoltaicApplication”RSCAdvances,6,67976,2016. Chuen-YoHsiow,*Han-YingWang,Yu-HsiangLin,RathinamRaja,Syang-PengRwei,Wen-YenChiu,Chi-AnDai,LeehihWang*“SynthesisandCharacterizationofTwo-DimensionalConjugatedPolymersIncorporatingElectron-DeficientMoietiesforApplicationinOrganicPhotovoltaics”Polymers8,382,2016. AnkurAnand,Chia-RungLiu,Ai-ChuanChou,Wan-HsuanHsu,RajeshKumarUlaganathan,Yi-ChengLin,Chi-AnDai,Fan-GangTseng,Chien-YuanPan,*andYit-TsongChen,*“DetectionofK+EffluxfromStimulatedCorticalNeuronsbyanAptamer-ModifiedSiliconNanowireField-EffectTransistor”ACSSensor,2,69,2017. Po-JenShih,Chun-JuHuang,Tzu-HanHuang,Hung-ChouLin,Jia-YushYen,I-JongWang,Hui-JyunCao,Wen-PinShihandChi-AnDai“EstimationofthecornealYoung’smodulusinvivobasedonafluid-filledspherical-shellmodelwithScheimpflugimaging”J.ofOphthalmology,5410143,2017. Chueh-HungWu,Ming-KuanSun,JayShieh,Chuin-ShanChen,Chang-WeiHuang,Chi-AnDai,Shu-WeiChang,Wen-ShiangChen,Tai-HorngYoung,“Ultrasound-responsiveNIPAM-basedhydrogelswithtunableprofileofcontrolledreleaseoflargemolecules”Ultrasonics,83,157,2018. Cheng-HsiWeng,Cheng-ChuanLin,Fu-ChengTsai,Chi-AnDai,Fu-LingYang,Wen-PinShih,*andPei-ZenChang“Photo-controllablecontactanglehysteresisonanartificialAzo-IPNpetal”Mater.Lett.218,81,2018.(SCI)(IF:2.572,2016) Yu-PingLee,Chi-JuChiang,Pin-ChiaJen,Bo-TingChou,LeeyihWang,Yao-YiCheng,Yi-HuanLee,*Yi-FanChen,Chih-ChenHsieh,andChi-AnDai*“SynergisticInSituHybridSynthesisofHighlyCrystallineP3HT/ZnONanowiresatElevatedPressures”ACSAppl.Energy.Mater.1,1930,2018.(SCI)(IF:5.711) Yu-PingLee,Hsin-YuLiu,Po-ChunLin,Yi-HuanLee,Leng-RongYu,Chih-ChenHsieh,Po-JenShih,Wen-PinShih,I-JongWang,*Jia-YushYen,andChi-AnDai*“FacileFabricationofSuperporousandBiocompatibleHydrogelScaffoldsforArtificialCornealPeriphery”ColloidsandSurfacesB:Biointerfaces,175,26,2019.(SCI)(IF:3.997) 1Chien-HsinWu,Yu-RuLin,Shih-ChiehYeh,Ya-ChinHuang,Kuo-HuaSun,Yeng-FongShih,Wen-ChiungSu,Chi-AnDai,ShenghongA.Dai,*andRu-JongJeng*“AFacileSyntheticRoutetoEtherDiolsDerivedfrom1,1-CyclopentylenylbisphenolforRobustCardo-TypePolyurethanes”Macromolecules,52,959,2019.(SCI) Yu-PingLee,Ming-WeiLiu,Jia-KuanQin,Yi-HuanLee,*Yi-LungYang,LeeyihWang,Yao-YiCheng,Yi-FanChen,Wen-YuLiu,Chih-ChenHsieh,andChi-AnDai*“Long-TermThermallyStableNanoconfiningNetworksforEfficientFullyConjugatedSemicrystalline/AmorphousDiblockCopolymerPhotovoltaics”Org.Electron.69,263,2019.(SCI) Yu-JuiWang,Chi-AnDai,Jia-HanLi*“NumericalStudyofTunablePhotonicNanojetsGeneratedbyBiocompatibleHydrogelCore-ShellMicrospheresforSurface-enhancedRamanScatteringApplications”Polymers11,431,2019.(SCI) YoshihiroOhta,YujiAbe,KentaHoka,EisukeBaba,Yu-PingLee,Chi-AnDai,TsutomuYokozawa,*“SynthesisofAmphiphilic,JanusDiblockHyperbranchedCopolyamidesandTheirSelf-AssemblyinWater”PolymerChemistry,10,4246,2019.(SCI) Yu-PingLee,Chieh-ChuanLin,Chih-ChungHsiao,Po-AnChou,Yao-YiCheng,Chih-ChenHsieh,*andChi-AnDai*“NanopiezoelectricDevicesforEnergyGenerationBasedonZnONanorods/Flexible-ConjugatedCopolymerHybridsUsingAll-WetCoatingProcesses”Micromachines,11,14,2020.(SCI) ScrollUp