个人简历
教育工作背景：
2000.09-2004.06西华师范大学化学化工学院，化学专业，学士
2004.09-2007.06成都理工大学材化学院，分析化学专业，硕士
2011.09-2014.06成都理工大学材化学院，矿产资源化学专业，博士
2007.07-2019.10西华师范大学化学化工学院，讲师、副教授、教授
2018.02-2019.10澳大利亚科廷大学化工系，访问学者
2019.10-至今电子科技大学资源与环境学院，研究员
承担项目
（1）2018.01-2021.12主持国家自然科学基金（面上项目）：自支撑多孔碳/ni(s1-xpx)2电极的构筑及其电催化全分解水性能研究
（2）2013.01-2015.12主持国家自然科学基金（青年项目）：石墨烯担载纳米零价铁去除水中cr(vi)的耦合效应与增强机理研究
（3）2012.01-2014.12主持四川省科技厅应用基础项目：高效易分离无机层状复合结构的设计、构筑及其去除水中典型有机污染物的应用基础研究
荣誉奖励：
四川省学术和技术带头人后备人选（2018）
科睿唯安“全球高被引科学家”（2019）研究领域
研究方向：环境催化材料、水污染控制技术、能源电催化近期论文
1.zhiguoniu,ceqiu,jingjiang*,lunhongai*,hierarchicalcop-fepbranchedheterostructuresforhighlyefficientelectrocatalyticwatersplitting,acssustainablechemistry&engineering,2019,7,2335-2342
2.qiuxialiu,chunmeizeng,lunhongai*,zhenhao,jingjiang*,boostingvisiblelightphotoreactivityofphotoactivemetal-organicframework:designedplasmonicz-schemeag/agcl@mil-53-fe,appliedcatalysisb:environmental,2018,224,38-45
3.ninghan,pengyunliu,jingjiang*,lunhongai*,zongpingshao,shaominliu*,recentadvancesinnanostructuredmetalnitridesforwatersplitting,journalofmaterialschemistrya,2018,6,19912-19933
4.meiwang,jingjiang,lunhongai*,layeredbimetalliciron-nickelalkoxidemicrospheresashigh-performanceelectrocatalystsforoxygenevolutionreactioninalkalinemedia,acssustainablechemistry&engineering,2018,6,6117-6125
5.lunhongai*,tiantian,jingjiang*,ultrathingraphenelayersencapsulatingnickelnanoparticlesderivedmetal-organicframeworksforhighlyefficientelectrocatalytichydrogenandoxygenevolutionreactions,acssustainablechemistry&engineering,2017,5,4771-4777.
6.lanhuang,jingjiang*,lunhongai*,interlayerexpansionoflayeredcobalthydroxidenanobeltstohighlyimproveoxygenevolutionelectrocatalysis,acsappliedmaterials&interfaces,2017,9,7059-7067
7.tiantian,lanhuang,lunhongai*,jingjiang*,surfaceanion-richnis2hollowmicrospheresderivedfrommetal-organicframeworksasarobustelectrocatalystforthehydrogenevolutionreaction,journalofmaterialschemistrya,2017,5,20985-20992
8.xingyueli,chunmeizeng,jingjiang*,lunhongai*,magneticcobaltnanoparticlesembeddedinhierarchicallyporousnitrogen-dopedcarbonframeworksforhighlyefficientandwell-recyclablecatalysis,journalofmaterialschemistrya,2016,4,7476-7482
9.xingyueli,lunhongai*,jingjiang*,nanoscalezerovalentirondecoratedongraphenenanosheetsforcr(vi)removalfromaqueoussolution:surfacecorrosionretardinducedtheenhancedperformance,chemicalengineeringjournal,2016,288,789-797
10.xingyueli,xiaoyangao,lunhongai*,jingjiang*,mechanisticinsightintotheinteractionandadsorptionofcr(vi)withzeoliticimidazolateframework-67microcrystalsfromaqueoussolution,chemicalengineeringjournal,2015,274,238-246
11.lunhongai*,yingzeng*,jingjiang,hierarchicalporousbioiarchitectures:facilemicrowavenonaqueoussynthesis,characterizationandapplicationintheremovalofcongoredfromaqueoussolution,chemicalengineeringjournal,2014,235,331-339
12.lilili,lunhongai*,caihongzhang,jingjiang*,hierarchical{001}-facetedbiobrmicrospheresasanovelbiomimeticcatalyst:darkcatalysistowardscolorimetricbiosensingandpollutantdegradation,nanoscale,2014,6,4627-4634
13.lunhongai*,yingzeng*,hierarchicalporousnioarchitecturesashighlyrecyclableadsorbentsforeffectiveremovaloforganicdyefromaqueoussolution,chemicalengineeringjournal,2013,215-216,269-278
14.lunhongai*,lilili,efficientremovaloforganicdyesfromaqueoussolutionwithecofriendlybiomass-derivedcarbon@montmorillonitenanocompositesbyone-stephydrothermalprocess,chemicalengineeringjournal,2013,223,688-695
15.lunhongai*,jingjiang*,catalyticreductionof4-nitrophenolbysilvernanoparticlesstabilizedonenvironmentallybenignmacroscopicbiopolymerhydrogel,bioresourcetechnology,2013,132,374-377
16.lunhongai*,haitaoyue,jingjiang*,environmentallyfriendlylight-drivensynthesisofagnanoparticlesinsitugrownonmagneticallyseparablebiohydrogelsashighlyactiveandrecyclablecatalystsfor4-nitrophenolreduction,journalofmaterialschemistry,2012,22,23447-23453
17.lunhongai*,jingjiang,removalofmethylenebluefromaqueoussolutionwithself-assembledcylindricalgraphene-carbonnanotubehybrid,chemicalengineeringjournal,2012,192,156-163
18.lunhongai*,haitaoyue,jingjiang,sacrificialtemplate-directedsynthesisofmesoporousmanganeseoxidearchitectureswithsuperiorperformancefororganicdyeadsorption,nanoscale,2012,4,5401-5408
19.lunhongai*,chunyingzhang,fangliao,yaowang,mingli,lanyingmeng,jingjiang,removalofmethylenebluefromaqueoussolutionwithmagnetiteloadedmulti-wallcarbonnanotube:kinetic,isothermandmechanismanalysis,journalofhazardousmaterials,2011,198,282-290
20.lunhongai*,chunyingzhang,zhonglanchen,removalofmethylenebluefromaqueoussolutionbyasolvothermal-synthesizedgraphene/magnetitecomposite,journalofhazardousmaterials,2011,192,1515-1524
