赵令葵 - 湘潭大学 - 环境与资源学院

个人简介

赵令葵，女，广西柳州人，毕业于湖南大学环境科学与工程专业，工学博士，主要研究方向为氮氧化物，汞以及VOCs等大气污染物协同控制，环境催化与材料的制备与应用。主持和参与湖南省重点研发计划、湖南省自然科学基金等多项省部级课题。在AppliedCatalysisB-Environmental，Fuel,CatalysisScience&Technology,AppliedSurfaceScience等国际上发表论文10余篇。主讲《大气污染控制工程》和《工程设计》等本科生课程。科研项目 1.湖南省自然科学基金青年基金项目，基于结构调控的铈基催化剂低温脱硝协同控制VOCs机理研究，在研，主持； 2.湖南省重点研发计划子课题，改性活性焦/炭脱除高硫VOCs及其再生性能研究，在研，主持； 3.湘潭大学科研启动基金，SCR催化剂改性协同控制燃煤烟气氮氧化物和汞的机理研究，在研，主持 4.湖南省教育厅一般项目，三维（3DOM）多孔锰基催化剂低温脱硝协同控制VOCs机理研究，在研，主持；

研究领域

1.氮氧化物，汞以及VOCs等大气污染物协同控制 2.环境催化与材料的制备与应用

近期论文

查看导师新发文章（温馨提示：请注意重名现象，建议点开原文通过作者单位确认）

[1]LingkuiZhao，CaitingLi*，JieZhang，XunanZhang，FumanZhan，JinfengMa，Yin’eXie，GuangmingZeng.PromotionaleffectofCeO2modifiedsupportonV2O5–WO3/TiO2catalystforelementalmercuryoxidationinsimulatedcoal-firedfluegas.Fuel2015,153,361-369. [2]LingkuiZhao，CaitingLi*，XunanZhang，GuangmingZeng，JieZhang.Areviewonoxidationofelementalmercuryfromcoal-firedfluegaswithselectivecatalyticreductioncatalysts.CatalysisScience&Technology2015,5,3459-3472. [3]LingkuiZhao，CaitingLi*，XunanZhang，GuangmingZeng，JieZhang，Yin’eXie.OxidationofelementalmercurybymodifiedspentTiO2-basedSCR-DeNOx-catalystsinsimulatedcoal-firedfluegas.EnvironmentalScienceandPollutionResearch2016,23,1471-1481. [4]LingkuiZhao，CaitingLi*，YanWang，HuiyuWu，LeiGao，JieZhang，GuangmingZeng.SimultaneousremovalofelementalmercuryandNOfromsimulatedfluegasusingCeO2modifiedV2O5-WO3/TiO2catalyst.CatalysisScience&Technology2016,6,6076-6086. [5]LingkuiZhao，CaitingLi*，ShanhongLi，YanWang，JunyiZhang，Tengwang，GuangmingZeng.SimultaneousremovalofelementalmercuryandNOinsimulatedfluegasoverV2O5/CeO2-ZrO2catalyst.AppliedCatalysisB-Environmental2016,198,420-430. [6]LingkuiZhao，CaitingLi*，XueyuDu，GuangmingZeng，LeiGao，YunboZhai，TengWang，JunyiZhang.EffectofCoOxadditionontheperformanceandstructureofV2O5/ZrO2–CeO2catalystforsimultaneousremovalofelementalmercuryandNOinsimulatedfluegas.journalofHazardousMaterials（inSubmit） [7]LingkuiZhao，CaitingLi*，XueyuDu，GuangmingZeng，LeiGao.SimultaneousremovalofHg0andNOinsimulatedfluegasontransitionmetaloxideM'(M'?=?Fe2O3,MnO2,andWO3)dopingonV2O5/ZrO2-CeO2catalysts,AppliedSurfaceScience,(2019).InPress.https://doi.org/10.1016/j.apsusc.2019.03.135 [8]JinfengMa，CaitingLi*，LingkuiZhao，JieZhang，JingkeSong，GuangmingZeng，XunanZhang，YineXie.Studyonremovalofelementalmercuryfromsimulatedfluegasoveractivatedcoketreatedbyacid.AppliedSurfaceScience2015,329,292-300. [9]Yin’eXie，CaitingLi*，LingkuiZhao，JieZhang，GuangmingZeng，XunanZhang，WeiZhang，ShashaTao.ExperimentalstudyonHg0removalfromfluegasovercolumnarMnOx-CeO2/activatedcoke.AppliedSurfaceScience2015,333,59-67. [10]XunanZhang，CaitingLi*，LingkuiZhao，JieZhang，GuangmingZeng，Yin'eXie，Ming'eYu.SimultaneousremovalofelementalmercuryandNOfromfluegasbyV2O5–CeO2/TiO2catalysts.AppliedSurfaceScience2015,347,392-400. [11]HuiyuWu，CaitingLi*，LingkuiZhao，JieZhang，GuangmingZeng，Yin’eXie，XunanZhang，YanWang.RemovalofgaseouselementalmercurybycylindricalactivatedcokeloadedwithCoOx-CeO2fromsimulatedcoalcombustionfluegas.Energy&Fuels.2015,29,(10),6747-6757. [12]YanWang，CaitingLi*，LingkuiZhao，Yin’eXie，XunanZhang，GuangmingZeng，HuiyuWu，JieZhang.StudyontheremovalofelementalmercuryfromsimulatedfluegasbyFe2O3-CeO2/ACatlowtemperature.EnvironmentalScienceandPollutionResearch.2016,23,(6),5099-5110. [13]LinglingZhou，CaitingLi*，LingkuiZhao，GuangmingZeng，LeiGao，YanWang，Ming’eYu.ThepoisoningeffectofPbOonMn-Ce/TiO2catalystforselectivecatalyticreductionofNOwithNH3atlowtemperature,AppliedSurfaceScience2016,389:532-539. [14]JunyiZhang，CaitingLi*，LingkuiZhao，TengWang，ShanhongLi，GuangmingZeng.ASol-gelTi-Al-Ce-nanoparticlecatalystforsimultaneousremovalofNOandHg0fromsimulatedfluegas.ChemicalEngineeringJournal,2017,313:1535-1547. [15]JingjingSheng，CaitingLi*，LingkuiZhao，XueyuDu，LeiGao，GuangmingZeng.EfficientremovalofHCHOfromsimulatedcoalcombustionfluegasusingCuO-CeO2supportedoncylindricalactivatedcoke.Fuel,2017,197:397-406. [16]TengWang，CaitingLi*，LingkuiZhao，JunyiZhang，ShanhongLi，GuangmingZeng.ThecatalyticperformanceandcharacterizationofZrO2supportmodificationonCuO-CeO2/TiO2catalystforthesimultaneousremovalofHgandNO.AppliedSurfaceScience,2017,400:227-237.（SCI2015IF=3.150）