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王海,男，汉族，1974年生，湖北荆州人，中共党员，博士，教授，硕士研究生导师，主要研究方向为：（1）功能纳米材料合成与器件（太阳电池，锂离子电池和超级电容器等）；（2）光伏系统及智能太阳能照明系统(中山大学太阳能系统研究所-桂林理工大学光伏系统联合实验室)。一、教育与工作经历2001.7-2004.7  华南理工大学材料科学与工程学院，材料学专业，获硕士学位；2007.7-2010.6  中山大学物理科学与工程学院，凝聚态物理专业，获理学博士学位，副研究员（2009年）；2012.9-2014.8  香港理工大学，建设及环境学院，屋宇设备工程学系，Postdoctoralfellow2004.7-       桂林理工大学材料与化学工程系任教，教授（2016）二、教学讲授本科生课程：粉体工程，陶瓷工艺学讲授研究生课程：材料科学进展第十七届“校十佳授课教师”三、主持科研项目目前已主持国家自然科学基金项目(No.51462007)、广西自然科学基金项目(No.2014GXNSFAA118349)、广西自然科学基金(回国基金)项目(No.2015GXNSFCA139018)、广西教育厅项目（No.200103YB061）、2项企业横向项目及多项广西教育厅专利项目。四、近年来主要学术论文和发明专利近年来，以第一作者或通讯作者发表SCI论文共27篇（中科院分区1区7篇），其中IF>3共21篇。（通讯作者以“*”标出）28.LinYinyin,XieXiangli,WangXin,ZhangBing,LiCunjun,WangHai*,WangLinjiang*,UnderstandingtheenhancementofelectrochemicalpropertiesofNiColayereddoublehydroxidesviafunctionalpillaredeffect:aninsightintoalchargestoragemechanisms,ElectrochimicaActa,2017,246,406-414.27.ZhangRui*,WangBoyang,ZhuWenfeng,LiCunjun,WangHai*,Preparationandluminescentperformancesoftransparentscreen-printedCe3+:Y3Al5O12phosphors-in-glassthickfilmsforremotewhiteLEDs.JournalofAlloysandCompounds,2017,720,340-344.26.SunZhuang,YangCaihong,LiuGuangyan*,LuHuibing,ZhangRui*,WangLinjiang,WangHai*,LargelyenhancedelectrochemicalperformanceinMoO3-xnanobeltsformedbya“saunareaction”:importanceofoxygenvacancies.ElectrochimicaActa,2017,239,16-24(SCI一区，IF=4.803)25.WangXin,LinYinyin,SuYan,ZhangBing,LiCunjun,WangHai*,WangLinjiang*,Designandsynthesisofternary-componentlayereddoublehydroxidesforhigh-performancesupercapacitors:understandingtheroleoftrivalentmetalions,ElectrochimicaActa,2016,188,679-685.(SCI一区，IF=4.803)24.WangHai*，SuYan，Self-expansion,self-exfoliationandself-dispersion:insightsintocolloidalformationofatomicallythintwo-dimensionalMoO2.5(OH)0.5,RSCAdvances,2016,6,97749-97758.(IF=3.289)23.LiZihua,WangHai*,SunZhuang,SuJian,WangZuyun,WangLinjiang,Self-activatedcontinuouspulverizationfilm:aninsightintothemechanismofextraordinarylong-lifecycleabilityofhexagonalH4.5Mo5.25O18?(H2O)1.36microrods.JournalofMaterialsChemistryA,2016,4,303-313.(SCI一区，IF=8.262)22.WangHai,YangHongxing*,LuLin,Island-likemesoporousamorphousFe2O3layer:surfacedisorderengineeringforenhancedlithium-storageperformance,ElectrochimicaActa,2016,188,679-685.(SCI一区，IF=4.803)21.SongYeping,WangHai*,LiZihua,YeNaiqing,WangLinjiang,LiuYong,Fe2(MoO4)3nanoparticles-anchoredMoO3nanowires:strongcouplingviathereversediffusionofheteroatomsandlargelyenhancedlithiumstorageproperties.RSCAdvances,2015,5,16386-16393.(IF=3.289)20.SongYeping,WangHai*,LiZihua,YeNaiqing,WangLinjiang,LiuYong,HxMoO3@Cnanobelts:greensynthesisandsuperiorlithiumstorageproperties.InternationalJournalofHydrogenEnergy,2015,9,3613-3623.(IF=3.205)19.WangHai,YangHongxing*,LuLin.Bluephase-mixedanatase-rutileTiO2heterogeneousjunctioncomposites:surfacedefect-incedreconstructionbyFionandsuperiorlithium-storageproperties.RSCAdvances,2014,4,43346-43350.(IF=3.289)18.WangHai,YangHongxing*,LuLin.TopochemicalsynthesisofBi2O3microribbonsderivedfromabismuthoxalateprecursorashigh-performancelithium-ionbatteries.RSCAdvances,2014,4,17483-17489.(IF=3.289)17.WangHequan,SunLi,WangHai*,LingXin,WangQiuyue,LiuYong,WangLinjiang.RutileTiO2mesocrystallineswithaggregatednanorodclusters:extremelyrapidself-reactionofthesinglesourceandenhanceddye-sensitizedsolarcellperformance.RSCAdvances,2014,4,58615-58623.(IF=3.289)16.ShenJunyao,WangHai*,SongYeping,ZhouYu,YeNaiqing,FangLiang,WangLinjiang*,AmorphouscarboncoatedTiO2nanocrystalsembeddedinacarbonaceousmatrixderivedfrompolyvinylpyrrolidonedecompositionforimprovedLi-storageperformance.ChemicalEngineeringJournal,2014,240:379–386.(SCI一区，IF=5.310)15.ZhouYu,WangXinyu,WangHai*,SongYeping,LiangFang,YeNaiqing,WangLinjiang*,Enhanceddye-sensitizedsolarcellsperformanceusinganataseTiO2mesocrystalswiththeWulffconstructionofnearly100%exposed{101}facetsaseffectivelightscatteringlayer.DaltonTransactions,2014,43,4711-4719.(IF=4.177)14.ShenJunyao,WangHai*,ZhouYu,YeNaiqing,YuhaoWangandWangLinjiang*,Hollowmesoporousframeworkswithouttheannealingprocessforhigh-performancelithium-ionbatteries:acaseforanataseTiO2.ChemicalEngineeringJournal,2013,228:724-730.(SCI一区，IF=5.310)13.WangHai,YangHongxing*,LuLin,ZhouYuandWangYuanhao,Buildingself-orderedtubularmacro-andmesoporousnitridatedtitaniafromgasbubblestowardshigh-performancelithium-ionbatteries.DaltonTransactions,2013,42:8781-8787.(IF=4.177)12.WangHequan,XinLing,WangHai*,YuXiao,LiuYong,ZhouXiangandLiBaojun,Aggregation-incedgrowthofhexagonalZnOhierarchicalmesocrystalswithinteriorspace:nonaqueoussynthesis,growthmechanism,andopticalproperties.RSCAdvances,2013,3,6538-6544.(IF=3.289)11.ShenJunyao,WangHai*,ZhouYu,YeNaiqing,LiGuobaoandWangLinjiang*,Anatase/rutileTiO2nanocompositemicrosphereswithhierarchicallyporousstructuresforhigh-performancelithium-ionbatteries.RSCAdvances,2012,2:9173–9178.(IF=3.289)10.ShenJunyao,WangHai*,ZhouYu,YeNaiqingandWangLinjiang,ContinuoushollowTiO2structureswiththree-dimensionalinterconnectedsinglecrystalsandlargeporemesoporousshellsforhigh-performancelithium-ionbatteries.CrystEngComm,2012.14:6215-6220.(IF=3.849)9.WangHai,LiuYong*,LiuZhong,XuHongmei,DengYoujunandShenHui,HierarchicalrutileTiO2mesocrystalsassembledbynanocrystals-orientedattachmentmechanism.CrystEngComm,2012.14:2278-2282.(IF=3.849)8.WangHai,LiuYong*,ZhongMinyi,XuHongmei,HuangHongandShenHui,InsitucontrolledsynthesisofvariousTiO2nanostructuredmaterialsviaafacilehydrothermalroute.JournalofNanoparticleResearch,2011.13(5):1855-1863.7.WangHai,LiuYong*,LiMing,WangYongcai,HuangHongandShenHui,Highlyflexiblefrontside-illuminateddye-sensitizedsolarcellsusingthree-dimensionalnetworkTiO2nanowires.JournalofNanoscienceandNanotechnology,2011.11(5):3875-3881.6.WangHai,LiuYong*,LiMing,HuangHong,XuHongmeiandShenHui,Fabricationofthree-dimensionalZnOwithhierarchicalstructureviaanelectrodepositionprocess.AppliedPhysicsA-MaterialsScience&Processing,2011.103(2):463-466.5.WangHai*andLiHuimin,SizedependentphotoluminescencepropertiesofMn-dopedZnSnanocrystals.ChalcogenideLetters,2011.8(4):249-253.4.WangHai,LiuYong,LiMing,HuangHong,XuHongmei,HongRuijiang*andShenHui,MultifunctionalTiO2nanowires-modifiednanoparticlesbilayerfilmfor3Ddye-sensitizedsolarcells.OptoelectronicsandAdvancedMaterials-RapidCommunications,2010.4(8):1166-1169.3.WangHai,LiuYong*,HuangHong,ZhongMinyi,ShenHui,WangYuanhaoandYangHongxing,Lowresistancedye-sensitizedsolarcellsbasedonall-titaniumsubstratesusingwiresandsheets.AppliedSurfaceScience,2009.255(22):9020-9025.(IF=3.150)2.WangHai,LiuYong*,LiMing,HuangHong,ZhongMinyiandShenHui,Hydrothermalgrowthoflarge-scalemacroporousTiO2nanowiresanditsapplicationin3Ddye-sensitizedsolarcells.AppliedPhysicsA-MaterialsScience&Processing,2009.97(1):25-29.1.WangHai,LiuYong*,XuHongmei,DongXian,ShenHui,WangYuanhaoandYangHongxing,Aninvestigationonthenovelstructureofdye-sensitizedsolarcellwithintegratedphotoanode.RenewableEnergy,2009.34(6):1635-1638.(IF=3.404)获得授权发明专利22项：(22).王海，邱陈伟，孙壮志，李字华，苏健，王林江.一种高效剥离商业化三氧化钼粉体的制备方法，2017.9，ZL201510461967.4.(21).王海，孙壮志，李字华，苏健，邱陈伟，王林江.一种MoO3-H0.4MoO3核壳结构纳米带的制备方法，2015.12，ZL201510461777.2.(20).王海，李字华，孙壮志，苏健，邱陈伟，王林江.一种H4.5Mo5.25O18·(H2O)1.36六方柱状微米棒的制备方法及应用,2015.12，中国，ZL201510461984.8.(19).王海，孙壮志，李字华，邱陈伟，苏健，王林江.一种水中自稳定分散三氧化钼纳米带胶体的制备方法，2015.11，中国，ZL201510462051.0.(18).王海，苏健，李字华，孙壮志，邱陈伟，王林江,一种具有无定型结构二硫化钴微米球的制备方法及应用,2015.7，中国，ZL105084425A.(17).王海，王林江，宋业萍，李字华，孙壮志一种H0.6MoO3三维纳米超薄片的制备方法及应用,2015.3，中国，ZL201410777190.8.(16).王海，王林江，宋业萍，李字华，孙壮志.一种黑色二氧化钛纳米管的制备方法，2015.4，中国，ZL201410762906.7.(15).王海，王辛瑜，王林江，方亮.一种改进锂离子电池电化学性能的方法，2014.2，中国，ZL201310653330.6.(14).王海，王辛瑜，王林江，方亮.具有表面织构的单相CaFe2O4微纳分级结构材料及其制备方法，2014.2，中国，ZL201310633146.5.(13).王海，王林江，方亮，盛俊.一种含有三种晶相二氧化钛分级球的制备方法，2013.11，中国，ZL201210022748.2.(12).王海，王林江，方亮，盛俊，李惠敏.一种金红石型二氧化钛介晶的制备方法，2013.10，中国，ZL201210022741.0(11).王海，李惠敏.一种二氧化钛单晶纳米线阵列薄膜的制备方法，2012.8，中国，ZL201010132867.4.(10).王海，李惠敏.一种高度有序三氧化钨纳米棒的制备方法，2012.10，中国，ZL201010132867.4.(9).王海，李惠敏.一种氧化锡纳米管的制备方法，2012.10，中国，ZL201010132866.X.(8).王海，李惠敏.基于塑料衬底染料敏化太阳电池光阳极的制备方法，2011.2，中国，ZL200910113964.6；(7).王海，李惠敏.一种合成结晶态二氧化钛纳米管的方法，2010.8，中国，ZL200910113963.1；(6).王海，陶龙忠.一种高温相纳米氧化锆粉末的制备方法，2008.8，中国，ZL200610143421.5；(5).王海，张春霞.田广.一种铬掺杂锡榍石型色料的制备工艺，2008.10，中国，ZL200710007164.7；(4).王海，张春霞.田广.一种蓝色尖晶石型陶瓷色料的化学制备方法，2008.12，中国，ZL200710007163.2；(3).王海，张春霞.田广.一种锰掺杂刚玉型粉红色料的制备方法，2009.3，中国，ZL200710106267.9；(2).王海.一种多孔二氧化钛陶瓷的制备方法，2007.8，中国，ZL200510119837.9；(1).王海，李惠敏.一种复合陶瓷减水剂的制备方法，2007.8，中国，ZL200610067252.1.3.五、联系方式通信地址：广西桂林市建干路12号，桂林理工大学材料科学与工程学院（541004）E-mail:hbwanghai@gmail.com. 

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