个人简介
何貟（HEYun）
政治面貌：中共党员专业方向：环境工程
邮箱:yunhe7@whpu.edu.cn学历：哲学博士（Ph.D）
工作及教育背景
本科2008.9--2012.6武汉工业学院，环境工程专业
硕士2012.9--2013.8TheUniversityofSheffield,UK(英国谢菲尔德大学，环境与能源工程专业)
博士2014.9--2017.8CityUniversityofHongKong(香港城市大学，能源与环境学院)
博士交流生2015.6--9上海师范大学李和兴教授课题组
博士交流生2016.7--8法国巴黎高等师范(EcoleNormaleSupérieure)Prof.YongCHEN课题组
博士后研究员2017.9-2019.5CityUniversityofHongKong(香港城市大学，能源与环境学院)
武汉轻工大学2019.5-至今教师
研究领域
1.光催化纳米材料污染物降解和产能方面的研究
2.光电催化系统和光催化燃料电池的研究与应用
3.微流体燃料电池的性能和动力学研究
近期论文
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1.YunHe,ChengxuZhang,JueHu,MichaelK.HLeung.NiFe-layereddoublehydroxidedecoratedBiVO4photoanodebasedbi-functionalsolar-lightdrivendual-photoelectrodephotocatalyticfuelcell.AppliedEnergy,2019,255.
2.YunHe,LiLi,WenguangFan,ChengxuZhang,MichaelK.HLeung*.Anovelandfacilesolvothermaland-hydrothermalmethodsynthesisofhighlyphotoresponsiveBiVO4filmforenhancingphotoelectrochemicalperformance.JournalofAlloysandCompounds,2018,732,593-602.
3.YunHe,RonghuaYuan,MichaelK.HLeung.HighlyefficientandstableAgBr/BiVO4compositesforenhancingtheperformanceofphotocatalyticfuelcell.MaterialsLetter,2019,236,394-397.
4.YunHe,ChengxuZhang,JueHu,MichaelK.HLeung*.Ni-Felayereddoublehydroxide/BiVO4photoanode-baseddualphotoelectrodephotocatalyticfuelcellforenhancingdegradationofazodyeandelectricitygeneration.EnergyProcedia,2019,158,2188-2195.
5.RonghuaYuan,YunHe,WeiHe,MengNi,MKHLeung*,BifunctionalelectrocatalyticactivityofLa0.8Sr0.2MnO3-basedperovskitewiththeA-sitedeficiencyforoxygenreductionandevolutionreactionsinalkalinemedia,AppliedEnergy,2019,251,113406.
6.YizhengZhang,LifenLiu,QiyuanChen,YunHe,MichaelK.H.Leung*.Electricitygenerating&highefficiencyadvancedoxidatinprocessincludingperoxymonosulfateactivationinphotocatalyticfuelcell.ChemicalEngineeringJournal,2019,378.
7.RonghuaYuan,YunHe,WeiHe,MengNi,MichaelK.HLeung*.La0.8Sr0.2MnO3basedperovskitewithA-sitedeficienciesashighperformancebifunctionalelectrocatalystforoxygenevolutionandreductionreactioninalkaline.EnergyProcedia,2019,158,5804-5810.
8.Li,L.,Bei,S.,Liu,R.,Xu,Q.,Zheng,Keqing,She,Yiyi,HeYun.Designofaradialvanadiumredoxmicrofluidicfuelcell:Anewwaytobreakthesizelimitation.2019,InternationalJournalofEnergyResearch,43(7),3028-3037.
9.YingxiaLv,RuiTu,ChengxuZhang,WenguangFan,YunHe,MichaelK.H.LEUNG*,andChangsongWang,PhenylHypophosphorousAcid-AssistedSynthesisofCarbon-ModifiedAnatase-BrookiteBicrystalTiO2NanoparticleswithEnhancedVisible-LightPhotocatalyticPerformance,ChemistrySelect2017,2,6109–6117.
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