姓名：魏明灯
性别：男
职称：教授（博导）
学历：博士（工学）
职务：福州大学新能源材料研究所长
电话：**ex.8517
专业：光电化学、能源材料、催化化学
电子邮件：wei-mingdeng@fzu.edu.cn
研究方向：染料敏化太阳电池、锂离子电池、超级电容器、纳米/多孔材料、费托合成催化剂
教育工作经历
2005.04-2007.03日本学术振兴机构博士研究员(JST)、产业技术综合研究所客座研究员(AIST筑波研究中心);
2003.04-2005.03日本产业技术综合研究所博士研究员(AIST筑波研究中心);
2000.04-2003.03日本国立东北大学博士研究员、日本产业技术综合研究所客座研究员(AIST筑波研究中心);
1996.10-2000.03日本国立长崎大学留学，获得博士(工学)学位;
1989.10-1996.09福州大学工业催化研究所;
1983.09-1987.07福州大学化工系学习
教学简介
本科生课程《新能源材料》《无机化学下册》
科研简介
回国后，培养了博士后、博士、硕士和本科生30多名。指导的博士生洪振生先后获得2011年中国青少年科技创新奖(福州大学首次获奖)、2012年卢嘉锡优秀学生奖、2012年宝钢优秀学生特等奖(排名第34位、化学化工学院首次获奖)和2013年福州大学优秀毕业生；指导的博士生和硕士生5人获得2012和2013年研究生奖学金；指导本科生的科技作品《花卉发电》获得2011年全国大学生挑战杯科技竞赛三等奖；指导本科生获得2012年“挑战杯”福建省大学生创业计划竞赛银奖；指导本科生论文《介孔碳复合物在锂电池中的应用》获得2012年特优毕业论文。
社会兼职
（自然出版社的国际期刊ScientificReports的编委）
2.中科院新型薄膜太阳电池重点实验室学术委员会委员
3.福州大学理工学部委员
4.厦门理工学院新能源材料与器件专业建设委员会委员
科研项目
负责在研项目
1.新型纳米结构钛酸盐负极材料的高性能化研究(国家自然基金;21173049)
2.高效ZnO基柔性型染料敏化太阳能电池(国家自然基金;21073039)
3.TiO2介晶的可控合成及其在锂离子电池中的应用(教育部博士点基金;**002)
代表性论文
[103]AiyingPang,XunSun,HongchengRuan,YafengLi,SongyuanDai,*MingdengWei,*HighEfficientDye-SensitizedSolarCellsComposedofTiO2@SnO2Core-ShellMicrospheres,NanoEnergy,2014,publishon-line.DOI:10.1016/j.nanoen.2014.02.007.
[102]JieYang,LifangLiang,PeixunXiong,MingdengWei,*Pseudo-capacitiveperformanceoftitanatenanotubesasasupercapacitorelectrode,ChemCommun.,2014,publishon-line.DOI:10.1039/C3CC49494B.
[101]TongbinLan,YubinLiu,JieDou,ZhenshengHong,MingdengWei,*HierarchicallyporousTiO2MicrospheresasaHighPerformanceAnodeforLithium-ionBatteries,J.Mater.Chem.A,2014,2,1102-1106.DOI:10.1039/C3TA14178K.
[100]ZhenshengHong,HongDai,ZhigaoHuangandMingdengWei,*UnderstandingtheGrowthandPhotoelectrochemicalPropertiesofMesocrystalsandSingleCrystals:ACaseofAnataseTiO2,PCCP,2014,DOI:10.1039/C4CP00718B.
[99]HailongFei,XiaominWu,HuangLi,MingdengWei,*NovelSodiumIntercalated(NH4)2V6O16Platelets:HighPerformanceCathodeMaterialsforLithium-ionBattery,J.Coll.Interf.Sci.,2014,415,85-88.DOI:10.1016/j.jcis.2013.10.025.
[98]XiaominWu,HuangLi,HailongFei*,ChengZheng,MingdengWei,*FacileSynthesisofLi2MnO3NanowiresforLithium-ionBatteryCathodes,NewJ.Chem.,2014,38,584-587.DOI:10.1039/C3NJ00997A.
[97]TingtingZhang,QiaolinLang,LingxingZeng,TieLi,MingdengWei,*AihuaLiu,*SubstituentEffectontheOxidationPeakPotentialsofPhenolDerivativesatOrderedMesoporousCarbonsModifiedElectrodeandItsCorrelationwithAcidityCoefficients,ElectrochimActa,2014,115,286-289.DOI:10.1016/j.electacta.2013.10.158.
[96]HongchengRuan,YafengLi,HeyuanQiu,MingdengWei,*SynthesisofporousNiSthinfilmonNifoamsubstrateviaanelectrodepositionrouteanditsapplicationinlithium-ionbatteries,J.AlloysComp.,2014,588,357-360.DOI:10.1016/j.jallcom.2013.11.070.
[95]HailongFei,HuangLi,MingdengWei,*Enhancedelectrochemicalperformanceof(NH4)2V6O16throughNa+intercalationandoptimizationofelectrolyte,J.Coll.Interf.Sci.,2014,418C,273-276.DOI:10.1016/j.jcis.2013.12.022.
2013年
[94]BinbinGuo,HongchengRuan,ChengZheng,HailongFei,MingdengWei,*HierarchicallyStructuredLiFePO4withaControllableGgrowthofthe{010}FacetasaHigh-ratePerformanceCathodeforLithium-ionBatteries,2013,Sci.Rep.(NaturePublishingGroup),2013,3,2788(DOI10.1038srep02788).
[93]LingxingZeng,ChengZheng,JingchaoXi,HailongFei,MingdengWei,*Three-DementionalNanocompositeofV2O3-OMCwithEnhancedLithium-ionIntercalationProperties,Carbon,2013,62,382-388.
[92]ZhenshengHong,MingdengWei,*LayeredTitanateNanostructuresandTheirDerivativesasAnodeMaterialsforLithium-ionBatteries,J.Mater.Chem.A,2013,1,4403-4414.
[91]LingxingZeng,ChengZheng,LunchaoXia,YaxianWang,MingdengWei,*OrderedMesoporousTiO2-CNanocompositeasAnAnodeMaterialforLong-termPerformanceLithium-ionBatteries,J.Mater.Chem.A,2013,1,4293-4299.
[90]QixinDeng,ChaozhangHuang,JianpingZhang,WeiXie,HanchunXu,MingdengWei,*SelectivelyReductionofTobaccoSpecificNitrosaminesinCigaretteSmokebytheUseofNanostructuralTitanates,Nanoscale,2013,5,5519-5523.
[89]LingxingZeng,ChengZheng,CuilinDeng,XiaokunDing,MingdengWei,*MoO2-OMCNanocompositeasanAnodeMaterialforLithium-ionBatteries,ASCAppl.Mater.Interfaces,2013,5,2182-2187.
[88]XiaokunDing,HongchengRuan,ChengZheng,JieYang,MingdengWei,*SynthesisofTiO2NanoparticleswithTunableDominantExposedFacets(010),(001)and(106),2013,CrystEngComm,2013,15,3040-3044.
[87]YuxiaXu,ZhenshengHong,LunchaoXia,JieYang,MingdengWei,*OneStepSol-gelSynthesisofLi2ZnTi3O8/CNanocompositewithEnhancedLithium-ionStorageProperties,2013,ElectrochimActa,2013,88,74-78.
[86]XiaokunDing,ZhenshengHong,YaWang,RiyuLai,MingdengWei,*Square-likeAnataseTiO2NanocrystalswithaHighPercentageofExposedReactiveFacets,J.AlloyComp.,2013,550,475-478.
[85]JieYang,TongbinLan,JingdongLiu,YanfangSong,MingdengWei,*SupercapacitorElectrodeofHollowSphericalV2O5withaHighPseudocapacitanceinAqueousSolution,2013,Electrochim.Acta,2013,105,489-495.
[84]AiyingPang,LunchaoXia,HaiyanLuo,YafengLi,MingdengWei,*IndolineDyesSensitizedSolarCellsComposedofTitanateNanotubes,ElectrochimActa,2013,94，92-97.
[83]TingtingZhang,QiaolinLang,DapengYang,LiangLi,LingxingZeng,ChengZheng,TieLi,*MingdengWei,*AihuaLiu*,SimultaneousVoltammetricDeterminationofNitrophenolIsomersatOrderedMesoporousCarbonModifiedElectrode,ElectrochimActa,2013,106,127-134.
[82]HuixingZhang,LingxingZeng,XiaominWu,LifangLiangandMingdengWei,*SynthesisofMoO2NanosheetsbyaIonicLiquidRouteanditsElectrochemicalPropertiesinLithium-ionBattery,J.AlloysCompounds,2013,580，358-362.
2012年
[81]ZhenshengHong,MingdengWei,*TongbinLan,LilongJiang,GuozhongCao,*Additive-freeSynthesisofUniqueTiO2MesocrystalswithEnhancedLithium-ionIntercalationProperties,EnergyEnviron.Sci.,2012,5,5408-5413.(ToptenmostdownloadedpapersinDec.2011;IF=11.65;化学1区)
[80]YonggangWang,*ZhenshengHong,MingdengWei,*YongyaoXia,*LayeredH2Ti6O13-Nanowires:aNewPromisingPseudocapacitiveMaterialinNon-aqueousElectrolyte,Adv.Funct.Mater.,2012,24,,5185-5193.
[79]ZhenshengHong,MingdengWei,*TongbinLan,GuozhongCao,*Self-AssembledNanoporousRutileTiO2MesocrystalswithTunableMorphologiesforHighRateLithium-IonBatteries,NanoEnergy2012,1,46-471.
[78]ZhenshengHong,YuxiaXu,YubinLiu,MingdengWei,*UniqueOrderedTiO2SuperstructureswithTunableMorphologyandCrystallinePhaseforImprovedLithiumStorageProperties,Chem.Eur.J.,2012,18,10753-10760.
[77]YafengLi,YaWang,CaiyunChen,AiyingPang,MingdengWei,*IncorporatingZn2SnO4quantumdotsandaggregatesforenhancedperformanceindye-sensitizedZnOsolarcells,Chem.Eur.J.,2012,18,11716-11722.
[76]LingxingZeng,FuyuXiao,JingchaoWang,ShaokangGao,XiaokunDing,MingdengWei*,ZnV2O4-CMKnanocompositesasanodematerialsforrechargeablelithium-ionbatteries,J.Mater.Chem.,2012,12,14284-14288.
[75]XiangzhenZheng,YafengLi,YuxiaXu,ZhenshengHong,MingdengWei,*Metal-OrganicFrameworks:PromisingMaterialsforEnhancingElectrochemicalPropertiesofNanostructuralZn2SnO4AnodeinLi-ionBatteries,CrystEngComm.,2012,14,2112-2116.
[74]YafengLi,BinbinGuo,XiangzhenZheng,AiyingPang,MingdengWei*,ImprovingtheefficiencyofCdSquantumdot-sensitizedZn2SnO4solarcellsbysurfacetreatmentwithAl3+ions,Electrochim.Acta,2012,60,66-70.
[73]LingxingZeng,QunfangLi,GuonanChen,DianpingTang,*MingdengWei,*Metalplatinum-wrappedmesoporouscarbonforsensitiveelectrochemicalimmunosensingbasedoncyclodextrinfunctionalizedgraphenenanosheets,Electrochim.Acta,2012,68,158-165.
[72]YafengLi,HuixingZhang,BinbinGuo,MingdengWei,*Dye-sensitizedSrSnO3SolarCellswithEnhancedEfficiencybyChemicalBathDeposition,Electrochim.Acta,2012,70,313-317.
[71]HuixingZhang,YafengLi,ZhenshengHong,MingdengWei,*FabricationofhierarchicalhollowMoO2microspheresconstructedfromsmallspheres,Mater.Lett.,2012,79,149-151.
[70]AiyingPang,YafengLi,HuixingZhang,YangzhongWang,MingdengWei,*Dye-sensitizedsolarcellscomposedofTi1-xSnxO2nanocrystals,Mater.Chem.Phys.,2012,135,46-50.
[69]AiyingPang,CaiyunChen,LingChen,WeiLiu,MingdengWei,*FlexibleDye-SensitizedZnOQuantumDotsSolarCells,RSCAdv.,2012,2,9565-9570.
2011年
[68]ZhenshengHong,XiangzhenZheng,XiaokunDing,LilongJiang,MingdengWei,*KemeiWei,ComplexSpinelTitanateNanowiresforaHighRateLithium-IonBattery,EnergyEnviron.Sci.,2011,4,1886-1891.IF=9.61(化学1区)
[67]QixinDeng,ChaozhangHuang,WeiXie,JianpingZhang,YiqiangZhao,ZhengshengHong,AiyingPang,MingdengWei,*Significantreductionofharmfulcompoundsintobaccosmokebytheuseoftitanatenanosheetsandnanotubes,Chem.Commun.,2011,47,6153-6155.(google检索,对此成果的评论超过10万条)
[66]YafengLi,AiyingPang,ChangjuWang,MingdengWei,*Metal-OrganicFrameworks:PromisingMaterialsforImprovingtheOpenCircuitVoltageofDye-SensitizedSolarCells,J.Mater.Chem.,2011,21,17259-17264.
[65]QunfangLi,##LingxingZeng,##JinchaoWang,DianpingTang,*BingqianLiu,GuonanChen,MingdengWei,*MagneticMesoporousOrganic-InoganicNiCo2O4HybridNanaomaterialsforElectrochemicalImmunosensors,ACSAppl.Mater.Interfaces,2011,3,1366-1373.(##第一、二作者贡献同等)
[64]YafengLi,AiyingPang,MingdengWei,*CdSQuantum-Dot-SensitizedZn2SnO4SolarCell,ElectrochimActa,2011,56,4902-4906.
[63]ZhenshengHong,TongbinLan,YongzanZheng,LilongJiang,MingdengWei,*SpinelLi2MTi3O8(M=Mg,Mg0.5Zn0.5)NanowireswithEnhancedElectrochemicalLithiumStorage,Funct.Mater.Lett.,2011,4,65-69.
[62]ZhenshengHong,TongbinLan,FuyuXiao,HuixingZhang,MingdengWei,*UltrathinLi4Ti5O12NanosheetasHighPerformanceAnodeforLi-ionBattery,Funct.Mater.Lett.,2011,4,389-393.
[61]LuoHaiyan,MingdengWei,*KemeiWei,Aredox-assistedmolecularassemblyofmolybdenumoxideaminecompositenanobelts,J.AlloysComp.,2011,504,864-867.
[60]ChunlongZheng,XiangzhenZheng,ZhenshengHong,XiaokunDing,MingdengWei,*Template-FreeSynthesisofSnO2NanostructuralHollowSpheresCoveredbyNanorods,Mater.Lett.,2011,65,1645-1647.
[59]HailongFei,MingdengWei,*Facilesynthesisofhierarchicalnanostructuredrutiletitaniaforlithium-ionbattery,ElectrochimActa,2011,56,6997-7004.
[58]YafengLi,XiangzhenZheng,HuixingZhang,MingdengWei,*Improvingtheefficiencyofdye-sensitizedZn2SnO4solarcells:theroleofAl3+ions,Electrochim.Acta,2011,56,9257-9267.
[57]QunfangLi,DianpingTang,*J.Tang,B.Su,GuonanChen,MingdengWei,Magneto-controlledelectrochemicalimmunosensorfordirectdetectionofsquamouscellcarcinomaantigenbyusingserumassupportingelectrolyte,BiosensorBioelectr.,2011,27,153-159.
[56]HailongFei,XiaokunDing,MingdengWei,*FacilesynthesisofmontroseiteVOOH,paramontroseiteVO2andV2O3-VO2carbonaceouscore-shellmicrospheres,SolidStateSci.,2011,13,2049-2054.
2010年
[55]ZhenshengHong,MingdengWei,*QixinDeng,XiaokunDing,LilongJiang,KemeiWei,ANewAnodeMaterialMadeofZn2Ti3O8Nanowires:SynthesisandElectrochemicalProperties,Chem.Commun.,2010,46,740-742.
[54]ZhenshengHong,MingdengWei,*XiaokunDing,LilongJiang,KemeiWei,Li2ZnTi3O8nanorods:Anewanodematerialforlithium-ionbattery,Electrochem.Commun.,2010,12,720-723.
[53]FengboYan,LihuaHuang,JinshengZheng,JinHuang,ZhangLi,FengHuang*,MingdengWei,*TheeffectofsurfaceetchingontheefficiencyofZnO-baseddyesensitizedsolarcells,Langmuir,2010,26,7153-7156.
[52]LihuaHuang,LilongJiang,MingdengWei,*Metal-freeindolinedyesensitizedsolarcellsbasedonnanocrystallineZn2SnO4,Electrochem.Commun.,2010,12,319-322.
[51]HongDai,H.Xu,XiaopingWu,Y.Lin,MingdengWei,GuonanChen,*Electrochemicalbehaviorofthionineattitanatenanotubes-basedmodifiedelectrode:Asensingplatformforthedetectionoftrichloroaceticacid,Talanta,2010,81,1461-1466.
[50]QixinDeng,MingdengWei,*ZhenshengHong,XiaokunDing,LilongJiang,KemeiWei.SelectiveSynthesisofRutile,Anatase,andBrookiteNanorodsbyaHydrothermalRoute,CurrentNanosci.,2010,6,479-782.
[49]HongDai,YuwuChi,XiaopingWu,YoumeiWang,MingdengWei,GuonanChena,*Biocompatibleelectrochemiluminescentbiosensorforcholinebasedonenzyme/titanatenanotubes/chitosancompositemodifiedelectrode,BiosensorBioelectr.,2010,25,1414-1419.
[48]QixinDeng,MingdengWei,*XiaokunDing,LilongJiang,KemeiWei,LargeSingle-CrystalAnataseTiO2Bipyramids,J.Cry.Growth,2010,312,213-219.
[47]HaiyanLuo,MingdengWei*,KemeiWei,SynthesisofNb2O5nanosheetsanditselectrochemicalmeasurements,MaterChem.Phys.,2010,120,6-9.
[46]YiHe,RonghuaLi,XiaokunDing,LilongJiang,MingdengWei,*HydrothermalsynthesisandelectrochemicalpropertiesoforthorhombicLiMnO2nanoplates,J.AlloysComp.,2010,492,601-604.
[45]ZhanjunChen,ShaokangGao,LilongJiang,MingdengWei,*KemeiWei,CrystallineVO2(B)NanorodswithaRectangularCrossSection,Mater.Chem.Phys.,2010,121,254-258.
[44]WendaHuang,ShaokangGao,XiaokunDing,LilongJiang,MingdengWei,*CrystallineMnV2O6Nanobelts:SynthesisandElectrochemicalProperties,J.AlloysComp.,2010,495,185-188.
2009年
[43]ZhanjunChen,ShaokangGao,MingdengWei,*KemeiWei,HaoshenZhou,*Single-CrystallineNanobeltsofV3O7?H2O:ALithiumIntercalationHostwithLargeCapacity,Electrochim.Acta,2009,54,1115-1118.
[42]HaiyanLuo,MingdengWei,*KemeiWei,ANewMetastablephaseofMoO3?0.3H2Onanobelts,Mater.Chem.Phys.,2009,113,85-90.
[41]HaiyanLuo,MingdengWei,*KemeiWei,SynthesisofNb2O5nanorodsbyasoftchemicalprocess,JNanomater.,2009,art.No.758353(doi:10.1155/2009/758353).
[40]HongDai,XiaopingWu,HuifengXu,MingdengWei,YoumeiWangandGuonanChen,*FabricationofanewECLbiosensorforcholinebyencapsulatingcholineoxidaseintotitanatenanotubesandNafioncompositefilm,Electrochem.Commun.,2009,11,1599-1602.
2008年
[39]QixinDeng,MingdengWei,*XiaokunDing,LilongJiang,BinhuoYe,KemeiWei,Brookite-TypeTiO2Nanotubes,Chem.Commun.,2008,3657-3659.
[38]MingdengWei,*KemeiWei,MasakiIchihara,HaoshenZhou,*Nb2O5Nanobelts:ALithiumIntercalationHostwithLargeCapacityandHighRateCapability,Electrochem.Commun.,2008,10,980-983.
[37]MingdengWei,*KemeiWei,MasakiIchihara,HaoshenZhou,*HighRatePerformancesofHydrogenTitanateNanowireElectrode,Electrochem.Commun.,2008,10,1164-1167.
[36]MingdengWei,Zhi-meiQi,MasakiIchihara,HaoshenZhou,*SynthesisofSingle-CrystalNiobiumPentoxideNanobelts,ActaMater.,2008,56,2488-2494.
[35]ZhanjunChen,ShaokangGao,RonghuaLi,MingdengWei,*KemeiWei,HaoshenZhou,LithiumInsertioninUltro-Thin1NanobeltsofAg2V4O11,Electrochim.Acta,2008,53,8134-8137.I
[34]ShaokangGao,YuzhenChen,HaiyanLuo,LilongJiang,BinhuoYe,MingdengWei*,KemeiWei,Single-CrystalVanadiumPentoxideNanowires,J.Nanosci.Nanotech.,2008,8,3500-3503.
[33]HaiyanLuo,MingdengWei,*KemeiWei,FormationofSingle-Crystal?-MnO2NanowiresatRoomTemperature,J.Cry.Growth,2008,310,2738-2741.
[32]LilongJiang,MingdengWei*,BinghuoYe,KemeiWei,VO2RodswithaRectangularCrossSection,J.Crys.Growth,2008,310,4301-4304.
2007年以前
[31]KaixueWang,##MingdengWei,##MichaelA.Morris,JustinD.Holmes,*H.S.Zhou,*MesoporousTitaniaNanotubes:TheirPreparationandApplicationasElectrodeMaterialsforLithium-BasedDevices,Adv.Mater.,2007,19,3016-3020.(##同等贡献).
[30]MingdengWei,KaixueWang,MasatoshiYanagida,HidekiSugihara,JustinD.Holmes,*HaoshenZhou,*SupercriticalFluidProcessingPorousCrystallineTiO2ThinFilmsforHighlyEfficiencyDye-SensitizedSolarCells,J.Mater.Chem.,2007,17,3888-3893.
[29]MingdengWei,Zhi-meiQi,MasakiIchihara,ItaruHonma,HaoshenZhou,*Single-CrystalZnONanorodsFabritcatedwithDifferentEndMorphology,Nanotechnology,2007,18,095608.(2007被下载554次,成为被下载最多的论文之一)
[28]MingdengWei,Zhi-meiQi,MasakiIchihara,ItaruHonma,HaoshenZhou,*SynthesisofOne-DimensionalStructureSodiumTitanate,J.Nanosci.Nanotech.,2007,7,1065-1068.
[27]MingdengWei,*YoshinariKonishiandHironoriArakawa,SynthesisandCharacterizationofNanosheet-ShapedTitaniumDioxide,J.Mater.Sci.,2007,42,529-533.
[26]Zhi-meiQi,MingdengWei,ItaruHonma,HaoshenZhou,*BroadbandSurfacePlasmonResonanceSpectroscopyforDeterminationofRefractive-IndexDispersionofDielectricThinFilms,Appl.Phys.Lett.,2007,90,181112.IF=3.596
[25]Zhi-meiQi,MingdengWei,ItaruHonma,HaoshenZhou,*FabricationofCompositeThinFilmsusingMultiwallCarbonNanotubes,GoldNanoparticlesandMyoglobinforHumidityDetectionatRoomTemperature,CHEMPHYSCHEM,2007,8,264-269.
[24]ChunhaiJiang,MingdengWei,Zhi-meiQi,TetsuichiKudo,ItaruHonma,HaoshenZhou,*ParticleSizeDependenceoftheLithiumStorgeCapabilityandHighRatePerformanceofNanocrystallineAnataseTiO2Electrode,J.PowerSources,2007,166,239-243.
[23]Zhi-meiQi,ShanhongXia,MingdengWei,ItaruHonma,HaoshenZhou,*SystematicCharacterizationofspectralsurfaceplasmonresonancesensorswithabsorbancemeasurement,Appl.Optics,2007,46,7963-7969.
[22]MingdengWei,*HaoshenZhou,*YoshinariKonishi,HidekiSugihara,MasakiIchihara,HironoriArakawa,SynthesisofTubularTitanateviaaSelf-AssemblyandSelf-RemovalProcess,Inorg.Chem.,2006,45,5684-5690.
[21]MingdengWei,*YoshinariKonishi,HaoshenZhou,MasatoshiYanagida,HidekiSugihara,*HironoriArakawa,HighlyEfficientDye-SensitizedSolarCellsComposedofMesoporousTiO2,J.Mater.Chem.,2006,16,1287-1293.
[20]MingdengWei,Zhi-meiQi,MasakiIchihara,ItaruHonma,HaoshenZhou,UltralongSingle-crystalTiO2-BNanowires:SynthesisandElectrochemicalMeasurements,Chem.Phys.Lett.,2006,424,316-320.
[19]MingdengWei,*YoshinariKonishi,HaoshenZhou,HidekiSugihara,HironoriArakawa,UtilizationofTitanateNanotubesasanElectrodeMaterialinDye-SensitizedSolarCells,J.Electrochem.Soc.,2006,153,A1332-1234.
[18]MingdengWei,Zhi-meiQi,MasakiIchihara,MasayukiHirabayashi,ItaruHonma,HaoshenZhou,*FormationofVO2NanosheetsbytheHydrothermalProcess,J.Cry.Growth,2006,296,1-5.
[17]AihuaLiu,MingdengWei,ItaruHonma,HaoshenZhou,*BiosensingPropertiesofTitanate-NanotubeFilms:SelectiveDetectionofDopamineinthePresenceofAscorbateandUricAcid,Adv.Funct.Mater.,2006,16,371-376.
[16]MasanoriYamada,MingdengWei,ItaruHonma,HaoshenZhou,*ProtonConductorEmployingTitanateNanotubes,Electrochem.Commun.,2006,8,1549-1552.
[15]Zhi-meiQi,MingdengWei,ItaruHonma,HaoshenZhou,*SensitiveSlabOpticalWaveguidesComposedofMesoporousMetal-OxideThinFilmsontheTin-DiffusedLayersofFloatGlassSubstrates,J.Appl.Phys.,2006,100,083102.
[14]MingdengWei,*HidekiSugihara,ItaruHonma,MasakiIchihara,HaoshenZhou,*ANewMetastablePhaseofSingle-CrystalV2O4?0.25H2ONanowires:SynthesisandElectrochemicalMeasurements,Adv.Mater.,2005,17,2964-2969.
[13]AihuaLiu,MingdengWei,ItaruHonma,HaoshenZhou,*DirectElectrochemistryofMyoglobinImmobilizedinTitanateNanotubeFilm,Anal.Chem.,2005,77,8068-8074.
[12]MingdengWei,*YoshinariKonishi,HaoshenZhou,HidekiSugihara,*HironoriArakawa,SynthesisofSingle-CrystalManganeseDioxideNanowiresbyaSoftChemicalProcess,Nanotechnology,2005,16,245-249.
[11]MingdengWei,*YoshinariKonishi,HaoshenZhou,HidekiSugihara,*HironoriArakawa,FormationofNanotubefromLayeredTitanateParticlesbyaSoftChemicalProcess,SolidStateCommun.,2005,133,493-497.
[10]MingdengWei,*YoshinariKonishi,HaoshenZhou,HidekiSugihara,HironoriArakawa,ASimpleMethodtoSynthesizeNanowiresTiO2fromLayeredTitanateParticles,Chem.Phys.Lett.,2004,400,231-234.
[9]MingdengWei,*KiyomiOkabe,HironoriArakawa,YasutakeTeraoka,SynthesisandCharacterizationofZirconiumContainingMesoporousSilicatesandtheUtilizationasSupportofCobaltCatalystsforFischer-TropschSynthesis,Catal.Commun.,2004,5,597-603.
[8]KiyomiOkabe,*XiaohongLi,MingdengWei,HironoriArakawa,Fischer-TropschSynthesisoverCo-SiO2CatalystsPreparedbytheSol-GelMethod,Catal.Today,2004,89,431-438.
[7]MingdengWei,KiyomiOkabe,HironoriArakawa,Fischer-TropschSynthesisoverMetal-PromotedCo-Ir-SiO2CatalystsPreparedbytheAlkoxideMethod,J.Jpn.Petrol.Inst.,2003,46,339-342.
[6]KiyomiOkabe,MingdengWei,HironoriArakawa,Fischer-TropschSynthesisoverCobaltCatalystsSupportedonMesoporousMetallo-Silicates,Energy&Fuels,2003,17,822-828.
[5]MingdengWei,*KiyomiOkabe,HironoriArakawa,YasutakeTeraoka,MesoporousMetallo-SilicatesasaSupportofCobaltCatalystsforSlurryPhaseFisher-TropschSynthesis,NewJ.Chem.,2003,27,928-932.
[4]MingdengWei,*KiyomiOkabe,HironoriArakawa,YasutakeTeraoka,Fischer-TropschSynthesisoverCobaltCatalystsSupportedonModifiedSiO2withMesoporousSilica,Reac.KineticsCatal.Lett.,2002,77,381-387.
[3]MingdengWei,*KiyomiOkabe,HironoriArakawa,YasutakeTeraoka,Fisher-TropschSynthesisoverCobaltCatalystsSupportedonMesoporousAlumino-Silicate,NewJ.Chem.,2002,26,20-23.
[2]MingdengWei,YasutakeTeraoka,*ShuichiKagawa,CatalyticPropertyofAII2BIIBVIO6DoublePerovskites(BVI=Mo,W)fortheReductionofNitricOxidewithPropaneinthePresenceofOxygen,Mater.Res.hBull.,2000,35,521-530.
[1]YasutakeTeraoka,*MingdengWei,ShuichiKagawa,DoublePerovskitesContainingHexavalentMolybdenumandTungsten:Synthesis,StructuralInestigationandProposalofaFitnessFactortoDiscriminatetheCrystalSymmetry,J.Mater.Chem.,1998,8,2323-2325.
获奖情况
2013年获得卢嘉锡优秀导师奖；
2013年获得第17次全国电化学大会优秀论文奖；
2012年学术论文《新型阳极材料Zn2Ti3O8纳米线的合成及其电化学性能研究》获得福建省自然科学优秀论文二等奖
指导的学生获奖
博士生：
(1)2014年洪振生获得福州大学优秀博士学位论文；
(2)2013年曾令兴获得研究生国家奖学金；
(3)2013年蓝通斌获得“福建省三好学生”；
(4)2013年洪振生获得2013届福州大学优秀毕业生；
(5)2012年洪振生获得宝钢优秀学生特等奖(化学化工学院首次获奖、福州大学第二次获奖)；
(6)2012年洪振生获得卢嘉锡优秀研究生奖；
(7)2012年洪振生获得研究生国家奖学金；
(8)2011年洪振生获得第七届中国青少年科技创新奖(福州大学首次获奖)；
(9)2011年洪振生获得“2011全国大学生年度人物”入围奖；
(10)2011年罗海燕获得福建省优秀博士学位论文三等奖(协助指导)；
(11)2011年罗海燕获得2009-2010年度福州大学优秀博士论文(协助指导)。
硕士生：
(1)2014年徐玉霞获得福州大学优秀硕士学位论文；
(2)2014年张慧星获得福州大学优秀硕士学位论文；
(3)2013年徐玉霞获得2013届福州大学优秀毕业生；
(4)2012年徐玉霞获得研究生国家奖学金；
(5)2012年张慧星获得研究生国家奖学金；
(6)2012年赖日裕获得研究生国家奖学金；
(7)2012年郑香珍获得2012届福州大学优秀毕业生；
(8)2010年黄礼华获得福州大学优秀硕士学位论文；
(9)2009年邓其馨获得福州大学优秀硕士学位论文。
本科生：
(1)2013年郑成获得“第三届全国化学专业大学生科技活动交流会”优秀墙报一等奖；
(2)2012年王雅娴毕业论文《介孔碳复合物在锂电池中的应用》获得福州大学特优毕业论文；
(3)2012年王雅娴获得2012届福州大学优秀本科毕业生；
(4)2012年王陈玲获得2012届福州大学优秀本科毕业生；
(5)2012年王小祥等获得“挑战杯”福建省大学生创业计划竞赛银奖；
(6)2011年叶益凡、陈津、陈玲、陈双双、林谋生的科技作品《花卉发电》获得年全国大学生挑战杯科技竞赛三等奖、福建省二等奖及最佳团体创意奖；
(7)2011年汪阳忠获得2011届福州大学优秀本科毕业生；
(8)2008年洪振生获得福州大学优秀本科生毕业论文。
其他
1.酸化チタンシート構造体;特願2004-015482（已授权:特許第4214226号）
2.酸化チタンナノチュウブ構造体の簡易な製造方法およびその製法で得られた酸化チタンナノチュウブ構造体;特願2004-228654(已授权特許4706053)
3.酸化チタンナノワイヤ構造体の簡易な製造方法およびその製法で得られた酸化チタンナノワイヤ構造体; 特願2004-375169(已授权:特許4654410)
4.有机染料敏化介孔TiO2薄膜基的太阳能电池;ZL**1.2
5.锐钛矿型二氧化钛的制备方法;ZL**1.3
6.Nb2O5纳米材料及其制备方法；ZL**4.2
7.氧化钨一维纳米材料及其制备；ZL**5.7
8.新形貌氧化锌纳米棒及其制备方法;ZL**0.8
9.LiMnO2纳米片的制备及其在锂电池中应用;ZL**4.8
10.具有方形截面的VO2纳米棒制备及其在锂电池中应用;ZL**.5
11.三电极结构的储能型染料敏化太阳能电池及其制备方法;ZL**1.0
12.高效率TiO2纳米管基的染料敏化太阳能电池;ZL**2.7
13.有机染料敏化锡酸锌纳米晶的太阳能电池及其制备方法；ZL**0.7
14.可控合成纯相锐钛矿、金红石、板钛矿二氧化钛纳米棒的方法；ZL**1.X;
15.高纯度一维结构Zn2Ti3O8纳米材料的制备方法及其在锂电池中的应用；ZL**3.5
16.高纯度钛酸锌锂纳米棒的制备方法及其在锂电池中的应用；ZL**9.2
17.一种立方相介孔钴酸盐三元氧化物的制备方法ZL**7.3
18.由纳米棒组成的二氧化锡纳米空心球的制备及其在锂电池中的应用**8.X
19.高纯度的V3O7H2O纳米带的制备及其在锂电池中应用;ZL**0.22010-2-17(已转让)
20.一种提高量子点敏化太阳能电池性能参数的方法;ZL**5.5授权：2012-5-23
21.Ti1-xSnOx太阳能电池及其制备方法;ZL**3.9授权：2012-5-30
22.一种提高染料敏化太阳能电池性能的方法;ZL**4.1授权2012-1-11
23.含TiO2双锥的染料敏化太阳能电池及其制备方法；ZL**1.8授权2012-5-30
24.有机染料和钌基染料协同敏化的太阳能电池及其制备方法;ZL**4.3授权2012-4-11
25.一种离子液体中制备磷酸亚铁锂的方法；ZL**5.7;授权2012-9-5
26.一种钛酸盐纳米管及其制备方法；ZL**2.2;授权：21012-12-26
27.一种改进染料敏化太阳能电池光电性能的方法；ZL**3.5;授权：2012-12-06
28.纯相MnSb2O4微米球及其制备方法；ZL**9.2;授权:2012-12-05
29.量子点敏化的锡酸锌纳米晶薄膜太阳能电池的制备方法;ZL**3.6;授权:2012-7-4
30.高性能ZnV2O4/介孔碳复合材料的制备方法和应用；ZL**0.X；授权：2013-02-27
31.纳米棒金红石TiO2介晶及其制备方法和应用；ZL**9.5；授权：2013-4-17
32.高纯度单斜相ZnWO4纳米颗粒的制备方法及其应用ZL**6.7；授权：2013-5-1
