个人简介

2006.09-2010.07哈尔滨工业大学市政环境工程学院本科 2010.09–2016.04哈尔滨工业大学市政环境工程学院硕博连读 2016.07–至今四川师范大学化学与材料科学学院讲师

研究领域

生物电化学：针对环境污染和能源短缺问题，通过生物电化学的方法实现废水资源的能源化利用。主要研究方向有：废弃生物质利用，多孔催化剂的设计及制备，氧还原机制的解析，电极三相界面优化，生物电化学系统中能源与物质回收。 高级氧化技术：针对抗生素等难降解有机污染物，通过高级氧化技术实现其彻底降解。主要研究方向有：电Fenton技术及应用，硫酸根自由基高级氧化技术及应用，非均相催化剂的设计及制备，难降解有机污染物的降解工艺及机制解析

科研项目 1.基于MOFs的三维多孔电极在生物电化学系统中去除染料废水效能及降解机制，25万元，国家自然科学基金青年基金项目（项目编号：51708374），2018/01-2020/12，项目负责人 2.微生物燃料电池耦合SO4-·高级氧化技术强化降解四环素类抗生素，4万元，四川省教育厅重点项目（项目编号：18ZA0399），2018/01-2019/12，项目负责人 3.基于三维多孔电极的生物电化学系统强化去除难降解有机物及重金属的研究，20万元，四川师范大学科研启动重点项目（项目编号：341574001），2016/07-2019/06，项目负责人

近期论文

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1.Xiao-BoGong*,ZhaoYang,LinPeng,An-lanZhou,Yan-lanLiu,YongLiu*,In-situsynthesisofhydrogenperoxideinanovelZn-CNTs-O2system,JournalofPowerSources,2018,378:190-197. 2.LinPeng,XiaoboGong*,XinghongWang,ZhaoYangandYongLiu,InsitugrowthofZIF-67onanickelfoamasathree-dimensionalheterogeneouscatalystforperoxymonosulfateactivation.RSCAdvances,2018,8,26377-26382. 3.Shi-JieYou#,Xiao-BoGong（共同一作）#,WangWei,Dian-PengQi,Xiu-HengWang,Xiao-DongChen*,Nan-QiRen*,EnhancedCathodicOxygenReductionandPowerProductionofMicrobialFuelCellBasedonNoble-Metal-FreeElectrocatalystDerivedfromMetal-OrganicFrameworks,AdvancedEnergyMaterials,2016,6(1):201501497 4.Xiao-BoGong,Shi-JieYou*,YuanYuan,Jin-NaZhang,KaiSun,Nan-QiRen*,Three-DimensionalPseudocapacitiveInterfaceforEnhancedPowerProductioninAMicrobialFuelCell,ChemElectroChem,2015,2(9):1307-1313 5.Xiao-BoGong,Shi-JieYou*,Xiu-HengWang,Jin-NaZhang,YangGan,Chong-WeiCui,Nan-QiRen*,ImprovedInterfacialOxygenReductionbyEthylenediamineTetraaceticAcidinTheCathodeofMicrobialFuelCell,BiosensorsandBioelectronics,2014,58:272-275 6.Xiao-BoGong,Shi-JieYou*,Xiu-HengWang,Jin-NaZhang,YangGan,Nan-QiRen*,ANovelStainlessSteelMesh/CobaltOxideHybridElectrodeforEfficientCatalysisofOxygenReductioninMicrobialFuelCell,BiosensorsandBioelectronics,2014,55:237-241 7.Xiao-BoGong,Shi-JieYou*,Xiu-HengWang,YangGan,Rong-NingZhang,Nan-QiRen*,Silver-TungstenCarbideNanohybridforEfficientElectrocatalysisofOxygenReductionReactioninMicrobialFuelCell,JournalofPowerSources2013,225,330-337 8.WeiWang,ShijieYou*,XiaoboGong,DianpengQi,BevitaKChandran,LanpoBi,FuyiCui*,XiaodongChen*,BioinspiredNanosuckerArrayforEnhancingBioelectricityGenerationinMicrobialFuelCells,AdvancedMaterials,2016,28:270–275 9.XiaoweiKong,XiaoliangZhou*,YuTian*,XiaoyanWu,JunZhang,WeiZuo,XiaoboGong,ZhanhuGuo,EfficientandStableIronBasedPerovskiteLa0.9Ca0.1Fe0.9Nb0.1O3-δAnodeMaterialforSolidOxideFuelCells,JournalofPowerSources,2016,316:224-231 10.ZhenghongLi,ShijieYou*,XiaoboGong,XiaoyunWan,NanqiRen,EffectiveElectrochemicalSterilizationBasedonElectrocatalysisofOxygenReductionbyMulti-walledCarbonNanotubes,ChemElectroChem,2016.3(10):678-1685 11.MingMa,ShijieYou,XiaoboGong,YingDai,JinlongZou*,HonggangFu*,Silver/IronOxide/GraphiticCarbonCompositesasBacteriostaticCatalystsforEnhancingOxygenReductioninMicrobialFuelCells,JournalofPowerSources,2015,283:74-83 12.XinDu,XiuhengWang*,ShijieYou,QiuruWang,XiaoboGong,ACaseStudyofAggregationBehaviorsofTitaniumDioxideNanoparticlesinThePresenceofDodecylbenzeneSulfonateinNaturalWater,JournalofEnvironmentalSciences,2015,36:84–92 13.YuanYuan,Shi-JieYou*,Jin-NaZhang,Xiao-BoGong,Xiu-HengWang,Nan-QiRen*,Pilot-scaleBioelectrochemicalSystemforEfficientConversionof4-Chloronitrobenzene,EnvironmentalTechnology,2015.36(14):1847-1854 14.YuanYuan,JinnaZhang*,HongHuang,ShijieYou,XiaoboGong,NanqiRen,NumericalModelingofMicrobialFuelCellBasedonRedoxElectronMediator,JournalofHarbinInstituteofTechnology,2015,3:007 15.Shi-JieYou*,Xiu-HengWang*,Jin-NaZhang,Jing-YuanWang,Nan-QiRen,Xiao-BoGong.FabricationofStainlessSteelMeshGasDiffusionElectrodeforPowerGenerationinMicrobialFuelCell,BiosensorsandBioelectronics,2011,6(5):2142-2146