王超 - 江苏大学 - 食品与生物工程学院

个人简介

1990年5月出生，江苏扬州人，工学博士。2012年毕业于江苏大学化学（师范）专业，获理学学士学位，2015年毕业于江苏大学应用化学专业，获工学硕士学位，2018年毕业于江苏大学环境科学与工程专业，获工学博士学位。目前，主要从事燃汽柴油中硫化物的氧化脱除及二维超薄纳米片的设计制备。已在NanoEnergy,GreenChem.,Chem.Eng.J.,ACSSustainableChem.Eng.,Fuel,EnergyFuel,Ind.Eng.Chem.Res.和Phys.Chem.Chem.Phys.等期刊发表SCI论文数十篇。承担项目 1.江苏省普通高校研究生科研创新计划项目：新型非金属功能化低共熔溶剂催化氧气氧化燃油脱硫的研究（No.KYLX16_0911），主持。专利 1.王超，朱文帅，陈志刚，李华明，巢艳红，吴沛文，李宏平，蒋伟，一种五氧化二钒纳米片催化剂及其制备方法与应用，国家发明专利，授权号：ZL201711055917.1。 2.姚晓玉，朱文帅，王超，何静，吴沛文，刘辉，李华明，一种氮化硼负载二氧化钼材料的制备方法及其应用，国家发明专利，申请号：CN201910172684.6。 3.朱文帅，李华明，王超，巢艳红，蒋伟，荀苏杭，刘建军，一种光氧化脱除燃油中硫化物的方法，国家发明专利，已授权，专利号：ZL201410342715.5。 4.朱文帅，吴沛文，巢艳红，李华明，张铭，王超，吴迎城，何静，一种利用液氮气相剥离制备石墨烯的方法，国家发明专利，申请号：CN201610872013.7。 5.朱文帅，张铭，李华明，巢艳红，吴沛文，丁文静，王超，一种介孔硅材料以及制备方法和应用，国家发明专利，已授权，专利号：ZL201310399683.8。荣誉及获奖 1.江苏大学优秀博士毕业论文。 2.江苏大学十佳青年。

研究领域

研究方向 1.清洁化石能源生产制备。利用空气中的氧气为氧化剂，设计合成高催化活性的过度金属氧化物纳米催化剂、氮化硼材料、离子液体材料、低共熔溶剂为催化剂，氧化脱除汽柴油中的硫化物。 2.二维超薄纳米片的高效合成。利用溶剂热法、气相剥离法等方法高效制备二维超薄纳米片。

近期论文

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1.ChaoWang1;YikunYi1;HongpingLi;PeiwenWu;MingtaoLi*;WeiJiang;ZhigangChen;HuamingLi;WenshuaiZhu*;ShengDai*,Rapidgas-assistedexfoliationpromisesV2O5nanosheetsforhighperformancelithium-sulfurbatteries.NanoEnergy2020,67,104253.(IF=15.548) 2.ChaoWang,YueQiu,HaoyuWu,WenshuYang,QianZhu,ZhigangChen,SuhangXun,WenshuaiZhu*,HuamingLi*,Constructionof2D-2DV2O5/BNNSnanocompositesforimprovedaerobicoxidativedesulfurizationperformance.Fuel2020,270,117498.(IF=5.128) 3.ChaoWang,HongpingLi,XunjianZhang,YueQiu,QianZhu,SuhangXun,WenshuYang,HuamingLi,ZhigangChen*,WenshuaiZhu*,Atomic-layeredα-V2O5nanosheetsobtainedviafastgas-drivenexfoliationforsuperioraerobicoxidativedesulfurization.EnergyFuels2020,34(2),2612-2616(IF=3.021) 4.ChaoWang;ZhigangChen;XiaoyuYao;YanhongChao;SuhangXun;JunXiong;LeiFan;WenshuaiZhu*;HuamingLi*,Decavanadatesanchoredintomicroporesofgraphene-likeboronnitride:Efficientheterogeneouscatalystsforaerobicoxidativedesulfurization.Fuel2018,230,104-112.(IF=5.128) 5.ChaoWang;ZhigangChen*;WangqinZhu;PeiwenWu;WeiJiang;MingZhang;HongpingLi;WenshuaiZhu*;HuamingLi*,One-Potetractionandoxidativedesulfurizationoffuelswithmolecularoxygeninlow-costmetal-basedionicliquids.EnergyFuels2017,31(2),1376-1382.(IF=3.021) 6.ChaoWang;ZhigangChen*;XiaoyuYao;WeiJiang;MingZhang;HongpingLi;HuiLiu;WenshuaiZhu*;HuamingLi,One-potextractionandaerobicoxidativedesulfurizationwithhighlydispersedV2O5/SBA-15catalystinionicliquids.RSCAdv2017,7(62),39383-39390.(IF=3.049) 7.ChaoWang;WenshuaiZhu*;ZhigangChen;ShengYin;PeiwenWu;SuhangXun;WeiJiang;MingZhang;HuamingLi*,Lightirradiationinducedaerobicoxidativedeep-desulfurizationoffuelinionicliquid.RSCAdv2015,5(121),99927-99934.(IF=3.049) 8.ChaoWang;WenshuaiZhu*;YehaiXu;HuiXu;MingZhang;YanhongChao;ShengYin;HuamingLi*;JianguoWang,PreparationofTiO2/g-C3N4compositesandtheirapplicationinphotocatalyticoxidativedesulfurization.CeramInt2014,40(8),11627-11635.(IF=3.45) 9.XiaoyuYao;ChaoWang;HuiLiu*;HongpingLi;PeiwenWu;LeiFan;HuamingLi;WenshuaiZhu*,Immobilizinghighlycatalyticallymolybdenumoxidenanoparticlesongraphene-analogousBN:stableheterogeneouscatalystswithenhancedaerobicoxidativedesulfurizationperformance.Ind.Eng.Chem.Res.2019,58(2),863-871.(IF=3.375) 10.WenshuaiZhu*;ChaoWang;HongpingLi;PeiwenWu;SuhangXun;WeiJiang;ZhigangChen;ZhenZhao;HuamingLi*,One-potextractioncombinedwithmetal-freephotochemicalaerobicoxidativedesulfurizationindeepeutecticsolvent.GreenChem.2015,17(4),2464-2472.(IF=9.405) 11.WeiJiang;HongpingLi;ChaoWang;WeiLiu;TaoGuo;HuiLiu;WenshuaiZhu*;HuamingLi*,Synthesisofionic-liquid-baseddeepeutecticsolventsforextractivedesulfurizationoffuel.EnergyFuels2016,30(10),8164-8170.(IF=3.021) 12.JinruiZhang,MingZhang*,JiaqiLiu,ChaoWang,HongpingLi,JingyuPang,WenshuaiZhu,HuamingLi*,Fastheterogeneousoxidativedesulfurizationofdibenzothiophenefromionicliquidssupportedurchin-likedmeso-silica.Mater.Express2020,10(2),199-205.(IF=1.465) 13.WeiJiang;JinXiao;LeiDong;ChaoWang;HongpingLi;YapingLuo;WenshuaiZhu*;HuamingLi*,Polyoxometalate-BasedPoly(ionicliquid)asaPrecursorforSuperhydrophobicMagneticCarbonCompositeCatalyststowardAerobicOxidativeDesulfurization.ACSSustainableChem.Eng.2019,7(18),15755-15761.(IF=6.97) 14.MingyangLiu,JingHe,PeiwenWu,LinjieLu,ChaoWang,LinlinChen,Ming-QingHua,WenshuaiZhu*,HuamingLi,CarbonNitrideMediatedStrongMetal-SupportInteractioninAu/TiO2CatalystforAerobicOxidativeDesulfurization.Inorg.Chem.Front.2020,10.1039/C9QI01195A.(IF=5.934) 15.YanhongChao;HaitaoJu;JingLuo;YanJin;ChaoWang;JunXiong;PeiwenWu;HaiyanJi*;WenshuaiZhu*,Synthesisofporouscarbonviaawastetireleaveningstrategyforadsorptivedesulfurization.RSCAdv2019,9,30575-30580.(IF=3.049) 16.HongpingLi;YonghuiChang*;WenshuaiZhu;ChangweiWang;ChaoWang;ShengYin;MingZhang;HuamingLi*,TheoreticalevidenceofchargetransferinteractionbetweenSO2anddeepeutecticsolventsformedbycholinechlorideandglycerol.Phys.Chem.Chem.Phys.2015,17(43),28729-28742.(IF=3.567) 17.SiwenZhu;HongpingLi;WenshuaiZhu;WeiJiang;ChaoWang;PeiwenWu;QiZhang;HuamingLi,Vibrationalanalysisandformationmechanismoftypicaldeepeutecticsolvents:Anexperimentalandtheoreticalstudy.J.Mol.Graph.Model.2016,68,158-175.(IF=1.863) 18.XiaoweiLi;YanhongChao*;LinlinChen;WangChen;JingLuo;ChaoWang;PeiwenWu;HuamingLi;WenshuaiZhu*,TamingwettabilityoflithiumionsieveviadifferentTiO2precursorsforeffectiveLirecoveryfromaqueouslithiumresources.Chem.Eng.J.DOI:10.1016/j.cej.2019.123731.(IF=8.355) 19.JieZhu;PeiwenWu;LinlinChen;JingHe;YingchengWu;ChaoWang;YanhongChao;LinjieLu;MinqiangHe;WenshuaiZhu*;HuamingLi,3D-printingofintegratedspheresasasuperiorsupportofphosphotungsticacidfordeepoxidativedesulfurizationoffuel.J.EnergyChem.2020,45,91-97.(IF=5.162) 20.HuiLiu;HuanhuanXu;MingqingHua;LinLinChen;YanchenWei;ChaoWang;PeiwenWu;FengxiaZhu;XiaozhongChu;HuamingLi;WenshuaiZhu*,Extractioncombinedcatalyticoxidationdesulfurizationofpetcokeinionicliquidundermildconditions.Fuel2020,260,116200.(IF=5.128) 21.HongpingLi;BeibeiZhang;WeiJiang;WenshuaiZhu*;MingZhang;ChaoWang;JingyuPang;HuamingLi*,AcomparativestudyoftheextractivedesulfurizationmechanismbyCu(II)andZn-basedimidazoliumionicliquids.GreenEnergyEnviron.2019,4(1),38-48. 22.WenshuaiZhu;YehaiXu;HuamingLi*;BilianDai;HuiXu;ChaoWang;YanhongChao;HuiLiu,PhotocatalyticoxidativedesulfurizationofdibenzothiophenecatalyzedbyamorphousTiO2inionicliquid.KoreanJ.Chem.Eng.2014,31(2),211-217.(IF=2.476)