姓名：黄辉工作部门：材料科学与工程学院性别：男技术职称：教授最高学位：博士民族：汉籍贯：浙江台州联系方式：13018902835Email:hhui@zjut.edu.cn,13018902835电话：0571-88320394主要研究方向：1.先进二次电池材料（锂离子电池、锂硫电池)2.光电催化新材料及应用技术（燃料电池电催化，环境光催化、光电储能、光电致色）3.新型碳材料及储能特性（介孔碳材料、石墨烯及复合材料）简历：2008/09－至今，浙江工业大学化工与材料学院，教授、博导、总支书记；2003/09－2008/08，浙江工业大学化工与材料学院，副教授；1999/09－2003/08，浙江工业大学化工与材料学院，讲师；1999/09－2003/05，浙江工业大学工业催化专业，博士；1996/06－1999/08，浙江工业大学，基础部，辅导员/分团委书记；1993/09－1996/03，湖南大学化学化工学院，硕士；1989/09－1993/06，湖南大学化学化工学院，学士。研究（情况）项目：国家基金等1.TiO_2-xN_x/Ni(OH)₂纳米复合薄膜的制备及可光充电特性，国家自然科学基金面上项目（20673100），2007.1-2009.12，项目负责人。2.定向CNTs/MTiO₃(M=Sr,Ba,Ca,La)复合电极的制备及光充电嵌锂特性，国家自然科学基金青年基金项目（50402020），2005.1-2005.12，项目负责人。3.钛镍贮氢合金表面原位纳米光催化层的形成及其光电性能，国家自然科学基金面上项目（50201016），2003.1-2005.12，排名第二。4.高功率MH/Ni电池电极材料的开发及其相关产业化技术，国家高技术研究发展计划（863计划）纳米材料与微机电系统专项（2003AA302420），2003.8-2006.7，排名第二。浙江省自然科学基金1.石墨电解法制备石墨烯的反应新体系及形成机理研究（LY13E020010），2013-2015，项目负责人。2.TiO₂光催化网的制备及其光降解鱼粉废气的机理研究（LY12E01003），2012-2013。3.含电动汽车并网的智能微电网关键技术研究（Z1110893），2011-2013。4.LPD法制备空心核壳结构TiO₂/C-Fe₃O₄磁性光催化材料及性能（Y4110523）2011-2012。5.核壳结构氧化锌/导电陶瓷复合材料在循环充放电过程中的微观形态衍变及电化学性能（Y4090223），2010-2011，项目负责人6.表面修饰纳米SrTiO3贮氢合金电极的光充电贮氢特性（Y404044），2005-2007，项目负责人。发表的论文、专著、教材：近5年代表性SCI论文（ImpactFactor>3）2013(1)YangXia,ZhenXiao,XiaoDou,HuiHuang,XianghongLu,RongjunYan,YongpingGan,WenjunZhu,JiangpingTu,WenkuiZhang*,XinyongTao*,Greenandfacilefabricationofhollowporousmno/cmicrospheresfrommicroalgaesforlithium-ionbatteries,ACSNano,2013,7,7083-7092(IF=12.062)(2)ZhenQiu,HuiHuang*,JunDu,TongFen,WenkuiZhang,YongpingGan,XinyongTao,NbCnanowire-supportedptnanoparticlesasahighperformancecatalystformethanolelectro-oxidation,J.PhysicalChemistryC,2013,117,13770-13775(IF=4.814)(3)XinyongTao,FengChen,YangXia,HuiHuang,YongpingGan,XiaorongChen,WenkuiZhang,Decorationofsulfurwithporousmetalnanostructures:analternativestrategyforimprovingthecyclabilityofsulfurcathodematerialsforadvancedlithium-sulfurbatteries,ChemicalCommunications,2013,49,4513-4515(IF=6.378)(4)XinyongTao,XiaorongChen,YangXia,HuiHuang,YongpingGan,RuiWu,FengChen,WenkuiZhang*,Highlymesoporouscarbonfoamssynthesizedbyafacile,cost-effectiveandtemplate-freePechinimethodforadvancedlithium-sulfurbatteries.JournalofMaterialsChemistryA2013,1,3295-3301(IF=6.10)(5)HuiHuang,JunwuFang,YangXia,XinyongTao,YongpingGan,JunDu,WenjunZhu,WenkuiZhang*,Constructionofsheet/belthybridnanostructuresbyone-dimensionalmesoporousTiO₂(B)nanobeltsandgraphenesheetsforadvancedlithium-ionbatteriesJournalofMaterialsChemistryA2013,1,2495-2500(IF=6.10)(6)XinyongTao,XiaorongChen,YangXia,HuiHuang,YongpingGan,RuiWu,FengChen,WenkuiZhang*,Highlymesoporouscarbonfoamssynthesizedbyafacile,cost-effectiveandtemplate-freePechinimethodforadvancedlithium-sulfurbatteries.JournalofMaterialsChemistryA2013,1,3295-3301(IF=6.10)(7)HanXiao,YangXia,WenkuiZhang,HuiHuang,YongpingGan,XinyongTao*,Template-freesynthesisofhollowα-Fe₂O₃microcubesforadvancedlithium-ionbatteries.JournalofMaterialsChemistryA2013,1,2307-2312(IF=6.10)2012(1)HuiHuang*,YangXia,XinyongTao,JunDu,JunwuFang,YongpingGan,WenkuiZhang*,HighlyefficientelectrolyticexfoliationofgraphiteintographenesheetsbasedonLiionsintercalation-expansion-microexplosionmechanism.JournalofMaterialsChemistry2012,22,10452-10456.(IF=6.10)(2)HuiHuang,WenjunZhu,XinyongTao,YangXia,ZhaoyangYu,JunwuFang,YongpingGan,WenkuiZhang*,Nanocrystal-constructedmesoporoussingle-crystallineCo₃O₄nanobeltswithsuperiorratecapabilityforadvancedlithium-ionbatteries.ACSAppliedMaterials&Interfaces2012,4,5974?5980(IF=5.008)(3)HuiHuang,HongfengChen,YangXia,XinyongTao,YongpingGan,XianxianWeng,WenkuiZhang*,Controllablesynthesisandvisible-light-responsivephotocatalyticactivityofBi₂WO₆fluffymicrospherewithhierarchicalarchitecture.JournalofColloidandInterfaceScience2012,370,132-138.(IF=3.070)(4)YangXia,WenkuiZhang*;ZhenXiao,HuiHuang,HuijuanZeng,XiaorongChen,FengChen,YongpingGan,XinyongTao,BiotemplatedfabricationofhierarchicallyporousNiO/Ccompositefromlotuspollengrainsforlithium-ionbatteries.JournalofMaterialsChemistry2012,22,9209-9215.(IF=6.10)(5)LingchaoQian,YangXia,WenkuiZhang*,HuiHuang,YongpingGan,HuijuanZeng,XinyongTao,ElectrochemicalsynthesisofmesoporousFePO₄nanoparticlesforfabricatinghighperformanceLiFePO₄/Ccathodematerials,MicroporousandMesoporousMaterials2012,152:128-133(IF=3.285）2011(1)Huang,H.;Tian,J.;Zhang,W.K.*;Gan,Y.P.;Tao,X.Y.;Xia,X.H.;Tu,J.P.ElectrochromicpropertiesofporousNiOthinfilmasacounterelectrodeforNiO/WO3complementaryelectrochromicwindow.ElectrochimicaActa2011,56,4281-4286.(IF=3.832)(2)Xia,Y.;Zhang,W.K.*;Huang,H.;Gan,Y.P.;Qian,L.C.;Tao,X.Y.Self-assembledmesoporousLiFePO₄withhierarchicalspindle-Likearchitecturesforhigh-performancelithium-ionbatteries.JournalofPowerSources2011,196,5651-5658.(IF=4.951)(3)Xia,Y.;Zhang,W.K.*;Huang,H.;Gan,Y.P.;Qian,L.C.;Tao,X.Y.Biotemplatingofphosphatehierarchicalmicrostructures:rechargeableLiFePO4/Cspirulina.JournalofMaterialsChemistry2011,21,6498-6501.(IF=6.10)(4)Tao,X.Y.;Li,Y.P.;Du,J.;Xia,Y.;Yang,Y.C.;Huang,H.;Gan,Y.P.;Zhang,W.K.*;Li,X.D.Agenericbamboo-basedcarbothermalmethodforpreparingcarbidenanowires.JournalofMaterialsChemistry2011,21,9095-9102.(IF=6.10)(5)Tao,X.Y.;Du,J.;Yang,Y.C.;Li,Y.P.;Xia,Y.;Gan,Y.P.;Huang,H.;Zhang,W.K.*;Li,X.D.TiCnanorodsderivedfromcottonfibers:chloride-assistedVLSgrowth,structure,andmechanicalproperties.CrystalGrowth&Design2011,11,4422-4426.(IF=4.720)(6)Tao,X.Y*.;Du,J.;Li,Y.P.;Yang,Y.C.;Fan,Z.;Gan,Y.P.;Huang,H.;Zhang,W.K.;Dong,L.X.;Li,X.D.TaCnanowire/activatedcarbonmicrofiberhybridstructuresfrombamboofibers.AdvancedEnergyMaterials2011,1,534-539.(IF=10.043)2010(1)Huang,H.;Jiang,L.;Zhang,W.K.*;Gan,Y.P.;Tao,X.Y.;Chen,H.F.PhotoelectrochromicpropertiesandenergystorageofTiO_2-xN_x/NiObilayerthinfilms.SolarEnergyMaterialsandSolarCells2010,94,355-359.(2)Zhang,W.K.;Zhou,X.Z.;Tao,X.Y.*;Huang,H.;Gan,Y.P.;Wang,C.T.Insituconstructionofcarbonnano-interconnectsbetweentheLiFePO₄grainsusingultralow-costasphalt.ElectrochimicaActa2010,55,2592-2596.2009(1)Zhang,W.K.;Wang,L.;Huang,H.*;Gan,Y.P.;Wang,C.T.;Tao,X.Y.Lightenergystorageandphotoelectrochemicalbehaviorofthetitanatenanotubearray/Ni(OH)2electrode.ElectrochimicaActa2009,54,4760-4763.(2)Tao,X.Y.;Dong,L.X.;Zhang,W.K.*;Zhang,X.B.;Chen,J.P.;Huang,H.;Gan,Y.P.Controllablemeltingandflowofbeta-Sninflexibleamorphouscarbonnanotubes.Carbon2009,47,3122-3127.(3)Xia,X.H.;Tu,J.P.*;Zhang,J.;Huang,X.H.;Wang,X.L.;Zhang,W.K.;Huang,H.MulticolorandfastelectrochromismofnanoporousNiO/poly(3,4-ethylenedioxythiophene)compositethinfilm.ElectrochemistryCommunications2009,11,702-705.2008(1)Huang,H.;Zhang,L.;Zhang,W.K.*;Gan,Y.P.;Shao,H.PreparationandelectrochemicalpropertiesofZnO/conductive-ceramicnanocompositeasanodematerialforNi/Znrechargeablebattery.JournalofPowerSources2008,184,663-667.(2)Huang,H.;Wang,C.;Zhang,W.K.*;Gan,Y.P.;Kang,L.ElectrochemicalstudyonLiCo_1/6Mn_11/6O₄ascathodematerialforlithiumionbatteriesatelevatedtemperature.JournalofPowerSources2008,184,583-588.(3)Zhang,W.K.;Xia,X.H.;Huang,H.*;Gan,Y.P.;Wu,J.B.;Tu,J.P.High-ratedischargepropertiesofnickelhydroxide/carboncompositeaspositiveelectrodeforNi/MHbatteries.JournalofPowerSources2008,184,646-651.(4)Zhang,L.;Huang,H.*;Zhang,W.K.;Gan,Y.P.;Wang,C.T.EffectsofconductiveceramicontheelectrochemicalperformanceofZnOforNi/Znrechargeablebattery.ElectrochimicaActa2008,53,5386-5390.(5)Xia,X.H.;Tu,J.P.*;Zhang,J.;Huang,X.H.;Wang,X.L.;Zhang,W.K.;Huang,H.Enhancedelectrochromicsofnanoporouscobaltoxidethinfilmpreparedbyafacilechemicalbathdeposition.ElectrochemistryCommunications2008,10,1815-1818.(6)Xia,X.H.;Tu,J.P.*;Zhang,J.;Wang,X.L.;Zhang,W.K.;Huang,H.AhighlyporousNiO/polyanilinecompositefilmpreparedbycombiningchemicalbathdepositionandelectro-polymerizationanditselectrochromicperformance.Nanotechnology2008,19,465701(7)Xia,X.H.;Tu,J.P.*;Zhang,J.;Wang,X.L.;Zhang,W.K.;Huang,H.MorphologyeffectontheelectrochromicandelectrochemicalperformancesofNiOthinfilms.ElectrochimicaActa2008,53,5721-5724.(8)Xia,X.H.;Tu,J.P.*;Zhang,J.;Wang,X.L.;Zhang,W.K.;Huang,H.ElectrochromicpropertiesofporousNiOthinfilmspreparedbyachemicalbathdeposition.SolarEnergyMaterialsandSolarCells2008,92,628-633.科研成果及专利：1.专利名称：复极式无隔膜电解合成丁二酸装置；发明专利200710071205.8；授权日期2010-12-08。2.专利名称：复极式无隔膜电解合成丁二酸装置；实用新型200720114304.6；授权日期2008-07-16。3.专利名称：电解装置中钛基贵金属电极与阴极连接方法及合金材料；发明专利200710308065.2；授权日期2010-06-02。4.专利名称：一种电解法制备超细磷酸铁的方法；发明专利201010605952.8；授权日期2011-05-11．5.专利名称：活动阴极室电解制备硫酸亚锡的装置；实用新型201020641626.8；授权日期2011-08-10研究生培养等教学情况：承担《新能源材料》、《材料结构与性能》等研究生课程教学任务，对研究生严格要求，精心指导，并为研究生提供国际学术交流访问的机会；指导的硕士毕业生获得省级、校级优秀毕业生称号；5篇硕士生毕业论文获得校级优秀硕士论文；在先进二次电池材料、碳基复合储能材料以及光电功能材料的基础理论、应用开发等领域招收培养硕士、博士研究生，目前在读全日制硕士、博士研究生9人。奖励和荣誉：所有奖励和荣誉。1、浙江省青少年英才奖，2002年2、浙江工业大学第四届研究生“我心目中的好导师”，2013年其它：本文最后由admin于2013-11-712:07:30重新编辑