姓名：王荣方

职称职务：副教授、硕士生导师

学科专业：化学工程与技术

Email：wrf**@126.com

电话：**

【个人简历】

教育经历

1990-1994，河南大学，化学化工系，本科/学士

2002-2005，华南师范大学，化学与环境学院，研究生/硕士

2005-2008，华南理工大学，化学化工学院，研究生/博士

研究工作经历

2008-至今，西北师范大学，化学化工学院，副教授

2010-2013，厦门大学，固体表面物理化学国家重点实验室，博士后

先后发表70余篇论文,获授权发明专利8件,获广东省优秀博士毕业论文。2010、2012获甘肃省高校科技进步一等奖；2010获教育部高等学校科学研究优秀成果奖(科学技术)，自然科学类二等奖。

【研究领域和兴趣】

主要从事新型能源材料和电催化等领域的研究工作

【科研项目】

先后承担教育部重点项目（209129），中国博士后基金(**)，博士后特别资助（2012T50587)以及多项重点实验室开放课题。在研国家自然科学基金两项（**，**)。

【教学】

化工原理，化工原理课程设计，化工原理实验，工业催化

【本课题组近期论文】

2013

[1]WangH,LiuZ,MaY,JulianK,JiS,LinkovV,etal.Synthesisofcarbon-supportedPdSn-SnO2nanoparticleswithdifferentdegreesofinterfacialcontactandenhancedcatalyticactivitiesforformicacidoxidation.PhysicalChemistryChemicalPhysics2013;15:13999-4005.

[2]LiH,LiaoJ,ZhangX,LiaoW,WenL,YangJ,etal.ControlledsynthesisofnanostructuredCofilmcatalystswithhighperformanceforhydrogengenerationfromsodiumborohydridesolution.JPowerSources.2013;239:277-83.

[3]WangR,DaH,WangH,JiS,TianZ.Seleniumfunctionalizedcarbonforhighdispersionofplatinum–rutheniumnanoparticlesanditseffectontheelectrocatalyticoxidationofmethanol.JPowerSources.2013;233:326-30.

[4]MaY，WangH，JiS，LinkovV，WangR，PtSn/Ccatalystsforethanoloxidation:theeffectofstabilizersonthemorphologyandparticledistribution.J.PowerSources.http://dx.doi.org/10.1016/j.jpowsour.2013.08.086.

[5]MaYJ,WangH,JiS,PolletBG,WangRF.PtDecoratedAmorphousRuIrAlloysasHighEfficiencyElectrocatalystforMethanolOxidation.ECSTrans2013;50:1943-50.

[6]MaoX,YangL,YangJ,KeyJ,JiS,WangH,etal.AVolcanoCurve:OptimizingActivityofShell-CorePtxRuy@PdCu/CCatalystsforMethanolOxidationbyTuningPt/RuRatio.JElectrochemSoc.2013;160:H219-H23.

[7]WangH,DaH,JiS,LiaoS,WangR.Selenium-FunctionalizedCarbonasaSupportforPlatinumNanoparticleswithImprovedElectrochemicalPropertiesfortheOxygenReductionReactionandCOTolerance.JElectrochemSoc.2013;160:H266-H70.

[8]WangH,JiS,WangW,WangR.AmorphousPt@PdCu/CNTCatalystforMethanolElectrooxidation.SouthAfricaJournalofChemistry.2013;66:17-20.

[9]WangH,LiuZ,JiS,WangK,ZhouT,WangR.Ethanoloxidationactivityandstructureofcarbon-supportedPt-modifiedPdSn-SnO2influencedbydifferentstabilizers.ElectrochimActa.2013;108:833-40.

[10]KangJ,WangR,WangH,LiaoS,KeyJ,LinkovV,etal.EffectofNiCoreStructureontheElectrocatalyticActivityofPt-Ni/CinMethanolOxidation.Materials.2013;6:2689-700.

[11]WangH,LuoR,LiaoS,KeyJ,JiS,WangR.Surfacialcarbonizedpalygorskiteassupportforhigh-performancePt-basedelectrocatalysts.JSolidStateElectrochem2013;17:2009-15.

[12]WangK,WangH,JiS,FengH,LinkovV,WangR.Biomass-derivedactivatedcarbonashigh-performancenon-preciouselectrocatalystforoxygenreduction.RSCAdvances.2013;3:12039-42.

[13]WangK,WangH,WangR,KeyJ,LinkovV,JiS.PalygorskiteHybridizedCarbonNanocompositeasaHigh-PerformanceElectrocatalystSupportforFormicAcidOxidation.S.Afr.J.Chem.2013;66:86-91.

[14]MaY,WangR,WangH,JiS.PlatinumoverlaidPdCuIr/C:anImprovedMethanolOxidationElectrocatalyst.IntJElectrochemSci2013;8:6085-93.

[15]WangR,JiaJ,WangH,WangQ,JiS,TianZ.CNx-modifiedFe3O4asPtnanoparticlesupportfortheoxygenreductionreaction.JSolidStateElectrochem2013:1021-8.

[16]WangR,WangH,FengH,JiS.PalladiumDecoratedNickelNanoparticlesSupportedonCarbonforFormicAcidOxidation.IntJElectrochemSci2013;8:6068-76.

[17]WangR,WangH,WangX,LiaoS,LinkovV,JiS.EffectofthestructureofNinanoparticlesontheelectrocatalyticactivityofNi@Pd/Cforformicacidoxidation.IntJHydrogenEnergy.2013;38:13125-31.

[18]WangR,WangK,WangH,WangQ,KeyJ,LinkovV,etal.Nitrogen-dopedcarboncoatedZrO2asasupportforPtnanoparticlesintheoxygenreductionreaction.IntJHydrogenEnergy.2013;38:5783-8.

[19]WangR,ZhouT,QiuX,WangH,WangQ,FengH,etal.MontmorillonitemodifiedbyCNxsupportedPtformethanoloxidation.IntJHydrogenEnergy.2013;38:10381-8.

[20]WangW,WangH,KeyJ,LinkovV,JiS,WangR.NanoparticulateTiO2-promotedPtRu/Ccatalystformethanoloxidation.Ionics.2013;19:529-34.

[21]ZhouT,WangH,JulianK,JiS,LinkovV,WangR.HighlyDispersedUltrafinePtNanoparticlesonHydrophilicN-dopedCarbonTubesforImprovedMethanolOxidation.RSCAdvances.2013;3:16949-53.

[22]WangR,LiuZ,MaY,WangH,LinkovV,JiS,HeterostructurecorePdSn/SnO2decoratedbyPtasefficientelectrocatalystsforethanoloxidation,IntJHydrogenEnergy.2013;http://dx.doi.org/10.1016/j.ijhydene.2013.08.044.

[23]MaY,WangR,WangH,LiaoS,KeyJ,LinkovV,etal.TheEffectofPtRuIrNanoparticleCrystallinityinElectrocatalyticMethanolOxidation.Materials.2013;6:1621-31.
2012

[24]WangKL,WangH,PasupathiS,LinkovV,JiS,WangRF.PalygorskitepromotedPtSn/carboncatalystsandtheirintrinsiccatalyticactivityforethanoloxidation.ElectrochimActa.2012;70:394-401.

[25]WangH,JiS,WangW,LinkovV,PasupathiS,WangRF.PtdecoratedPdFe/C:ExtremelyHighElectrocatalyticActivityforMethanolOxidation.IntJElectrochemSci2012;7:3390-8.

[26]WangW,JiS,WangH,WangR.NanoporousPdNi/CElectrocatalystPreparedbyDealloyingHigh-Ni-contentPdNiAlloyforFormicAcidOxidation.FuelCells.2012;12:1129-33.

[27]WangXL,WangH,WangRF,WangQZ,LeiZQ.Carbon-supportedplatinum-decoratednickelnanoparticlesforenhancedmethanoloxidationinacidmedia.JSolidStateElectrochem2012;16:1049-54.

[28]WeiWangRW.Recentadvancesofplatinum-basedelectrocatalysts:Structure,compositionandelectrocatalyticproperties.G.J.Inorg.Chem..2012;3:1-23.

[29]ZhangXT,WangH,KeyJL,LinkovV,JiS,WangXL,etal.StrainEffectofCore-ShellCo@Pt/CNanoparticleCatalystwithEnhancedElectrocatalyticActivityforMethanolOxidation.JElectrochemSoc.2012;159:B270-B6.

[30]WangH,LinkovV,JiS,ZhangW,LeiZ,WangR.HighlyActive,Carbon-supported,PdSnNano-core,PartiallyCoveredwithPt,asCatalystsforMethanolOxidation.SAfrJChem2012;65:69-74.
2011

[31]JiaJC,WangRF,WangH,JiS,KeyJ,LinkovV,etal.AnovelstructuraldesignofCN(x)-Fe(3)O(4)assupporttoimmobilizePdforcatalyticoxidationofformicacid.CatalCommun2011;16:60-3.

[32]LiH,KangDL,WangH,WangRF.Carbon-SupportedPt-RuCoNanoparticlesWithLow-Noble-MetalContentandSuperiorCatalysisforEthanolOxidization.IntJElectrochemSci2011;6:1058-65.

[33]WangH,WangR,LiH,WangQ,KangJ,LeiZ.Facilesynthesisofcarbon-supportedpseudo-core@shellPdCu@Ptnanoparticlesfordirectmethanolfuelcells.IntJHydrogenEnergy.2011;36:839-48.

[34]WangH,ZhangX,WangR,JiS,WangW,WangQ,etal.AmorphousCoSnalloysdecoratedbyPtashighefficiencyelectrocatalystsforethanoloxidation.JPowerSources.2011;196:8000-3.

[35]WangR,JiaJ,LiH,LiX,WangH,ChangY,etal.Nitrogen-dopedcarboncoatedpalygorskiteasanefficientelectrocatalystsupportforoxygenreductionreaction.ElectrochimActa.2011;56:4526-31.

[36]WangR,LiX,LiH,WangQ,WangH,WangW,etal.HighlystableandeffectivePt/carbonnitride(CNx)modifiedSiO2electrocatalystforoxygenreductionreaction.IntJHydrogenEnergy.2011;36:5775-81.

[37]WangRF,WeiBX,WangH,JiS,KeyJ,ZhangXT,etal.Aneffectiveelectrocatalystforethanoloxidation:Pt-modifiedIrCualloynanoparticle.Ionics.2011;17:595-601.

[38]WangW,WangR,WangH,JiS,KeyJ,LiX,etal.Anadvantageousmethodformethanoloxidation:DesignandfabricationofananoporousPtRuNitrimetallicelectrocatalyst.JPowerSources.2011;196:9346-51.

[39]WangXL,WangH,LeiZQ,ZhangZ,WangRF.ThePerformanceofCarbon-SupportedPlatinum-DecoratedNickelElectrocatalystforEthanolOxidation.ChinJCatal2011;32:1519-24.
2010

[40]JiaJC,WangRF,WangH,KangJ,LeiZQ.SynthesisNitrogen-DopedCarbon/PalygorskiteasaHighElectrocatalystSupportinDMFC2010.

[41]WangR,LiH,FengH,WangH,LeiZ.Preparationofcarbon-supportedcore@shellPdCu@PtRunanoparticlesformethanoloxidation.JPowerSources.2010;195:1099-102.

[42]WangR,LiH,JiS,WangH,LeiZ.PtdecoratingofPdNi/Caselectrocatalystsforoxygenreduction.ElectrochimActa.2010;55:1519-22.

[43]WangR,WangH,WeiB,WangW,LeiZ.CarbonsupportedPt-shellmodifiedPdCo-corewithelectrocatalystformethanoloxidation.IntJHydrogenEnergy.2010;35:10081-6.

[44]WangW,WangR,JiS,FengH,WangH,LeiZ.PtovergrowthoncarbonsupportedPdFeseedsinthepreparationofcore–shellelectrocatalystsfortheoxygenreductionreaction.JPowerSources.2010;195:3498-503.

[45]ZhangW,WangR,WangH,LeiZ.HighPerformanceCarbon-SupportedCore@ShellPdSn@PtElectrocatalystsforOxygenReductionReaction.FuelCells.2010;10:734-9.