huopw@ujs.edu.cn
霍鹏伟，男，河南襄城县人，工学博士，讲师。主要从事可识别型选择性光催化降解环境中持久性污染物光催化剂的制备及可见光响应光催化用复合光催化材料的构建研究工作。先后在ChemicalEngineeringJournal,Desalination,AppliedSurfaceScience等发表论文多篇，申请专利4项；参加国家自然科学基金、教育部博士点专项基金等项目多项，相关课题获得中国石油和化工自动化行业科技进步奖三等奖1项.部分发表论文及专利[1]HuoPengwei,YanYongsheng,LiSongtian,LiHuaming,HuangWeihong.Preparationofpoly-o-phenylenediamine/TiO2/fly-ashcenospheresanditsphoto-degradationpropertyonantibiotics.AppliedSurfaceScience,v256,n11,p3380-3385,2010[2]HuoPengwei,YanYongsheng,LiSongtian,LiHuaming,HuangWeihong,ChenSongtao,ZhangXiaojie.H2O2modifiedsurfaceofTiO2/fly-ashcenospheresandenhancedphotocatalyticactivityonmethyleneblue.Desalination,v263,n1-3,p258-263,2010[3]HuoPengwei,YanYongsheng,LiSongtian,LiHuaming,HuangWeihong.Floatingphotocatalystsoffly-ashcenospheressupportedAgCl/TiO2filmswithenhancedRhodamineBphotodecompositionactivity.Desalination,v256,n1-3,p196-200,2010[4]HuoPengwei,YanYongsheng,LiSongtian,LiHuaming,HuangWeihong.PreparationandcharacterizationofCobaltSulfophthalocyanine/TiO2/fly-ashcenospheresphotocatalystandstudyondegradationactivityundervisiblelight.AppliedSurfaceScience,v255,n15,p6914-6917,2009[5]HuoPengwei,LiSongtian,WuChundu,etal.StudyonApplicationofPotassiunTitanateWhiskerMaterialsinPreparationofPhotocatalyst.ChineseJournalofRecativePolymers,v16,n1-2,p7-14,2007[6]PengweiHuo,Yongsheng，Jin’anYang,JingboWang.PreparedCoSPc/TiO2/floatPearlsatLowTemperatureandPhotocatalyticActivityunderVisibleLight.18thInternationalSymposiumonFineChemistryandFunctionalPolymers(FCFP-XVIII)&IUPAC4thInternationalSymposiumonNovelMaterialsandSynthesis(NMS-IV),NM-59,p346-347,2008.[7]PengweiHuo,ZiyangLu,YongshengYan,SongtianLi,HuamingLi,WeihongHuang,XiangyangWu,XiaojieZang.EnhancedPhotodegradationofAntibioticsunderVisibleLightonFe2+/Fe3+ImmobilizedTiO2/fly-ashCenospheresbyUsingIonsImprintingTechnology.ChemicalEngineeringJournal,V172,n2-3,p615-622,2011[8]闫永胜，霍鹏伟，李华明.一种漂浮型复合光催化剂的制备方法.申请号/专利号：200910233728[9]闫永胜，霍鹏伟，李松田，陈松涛，李华明，吴向阳，逯子扬，曹苏苏.一种离子印迹负载型复合光催化剂的制备方法.申请号/专利号：201010240649.2[10]霍鹏伟，闫永胜，逯子扬，刘馨琳，高旬，吴迪，刘小林，李华明，吴向阳.一种选择性降解的分子印迹修饰复合光催化剂制备方法.申请号/专利号：201110197608.4〖返回〗〖收藏〗
