个人简历
2001年于北京大学化学系获学士学位；2007年于美国德克萨斯A&M大学化学系获博士学位；2008-2012年期间，先后在美国德克萨斯A&M大学、美国布鲁克海文国家实验室从事博士后研究；自2012年8月，在中国科学院大连化学物理研究所催化基础国家重点实验室工作，担任现代催化研究方法讲习班教员及中国化学会催化委员会秘书长。近5年来在Nat.Commun.、Sci.Adv.、J.Am.Chem.Soc.、Angew.Chem.Int.Ed.、EnergyEnviron.Sci.、Nat.Sci.Rev.等国际知名刊物上发表SCI论文30余篇。主持或参与承担自然科学基金委面上/重点项目，科技部国家重点研发计划，中科院先导项目，中科院-美国能源部交流合作项目等基础科研项目
研究领域
主要从事纳米结构的表界面催化研究，近期研究主要涉及金属-氧化物界面和负载团簇结构在热催化与电催化过程中的作用，通过开发基于扫描探针与红外的原位动态表征方法，获得纳米结构表界面催化反应的原子/分子尺度理解
近期论文
1.Zhang,Y.;Yang,F.;Bao,X.,GrowthandstructuresofmonolayerandbilayerCeOxnanostructuresonAu(111).Surf.Sci.2019,679,31-36.2.Zhang,Y.;Feng,W.;Yang,F.;Bao,X.,Interface-controlledsynthesisofCeO2(111)andCeO2(100)andtheirstructuraltransitiononPt(111).Chin.J.Catal.2019,40(2),204-213.3.Wu,H.;Fu,Q.;Li,Y.;Cui,Y.;Wang,R.;Su,N.;Lin,L.;Dong,A.;Ning,Y.;Yang,F.;Bao,X.,Controlledgrowthofuniformtwo-dimensionalZnOoverlayersonAu(111)andsurfacehydroxylation.NanoRes.2019,12(9),2348-2354.4.Song,Y.;Zhou,S.;Dong,Q.;Li,Y.;Zhang,X.;Ta,N.;Liu,Z.;Zhao,J.;Yang,F.;Wang,G.;Bao,X.,OxygenEvolutionReactionovertheAu/YSZInterfaceatHighTemperature.Angew.Chem.Int.Ed.2019,58(14),4617-4621.5.Liu,Q.;Huang,W.;Yang,F.;Bao,X.,Interface-controlledtwo-dimensionalcuprousoxidestructures.SCIENTIASINICAChimica2019,49(3),556-563.6.Li,Y.;Hu,J.;Xu,J.;Zheng,Y.;Chen,M.;Wan,H.;Fu,Q.;Yang,F.;Bao,X.,ActivationofCOandsurfacecarbonspeciesforconversionofsyngastolightolefinsonZnCrOx-Al2O3catalysts.Appl.Surf.Sci.2019,494,353-360.7.Gan,J.;Luo,W.;Chen,W.;Guo,J.;Xiang,Z.;Chen,B.;Yang,F.;Cao,Y.;Song,F.;Duan,X.;Zhou,X.,MechanisticUnderstandingofSize-DependentOxygenReductionActivityandSelectivityoverPt/CNTNanocatalysts.Eur.J.Inorg.Chem.2019,2019(27),3210-3217.8.Cui,X.;Su,H.-Y.;Chen,R.;Yu,L.;Dong,J.;Ma,C.;Wang,S.;Li,J.;Yang,F.;Xiao,J.;Zhang,M.;Ma,D.;Deng,D.;Zhang,D.H.;Tian,Z.;Bao,X.,Room-temperatureelectrochemicalwater–gasshiftreactionforhighpurityhydrogenproduction.Nat.Commun.2019,10(1),86.9.Chen,H.;Wang,R.;Huang,R.;Zhao,C.;Li,Y.;Gong,Z.;Yao,Y.;Cui,Y.;Yang,F.;Bao,X.,SurfaceandSubsurfaceStructuresofthePt-FeSurfaceAlloyonPt(111).J.Phys.Chem.C2019,123(28),17225-17231.10.Chen,H.;Lin,L.;Li,Y.;Wang,R.;Gong,Z.;Cui,Y.;Li,Y.;Liu,Y.;Zhao,X.;Huang,W.;Fu,Q.;Yang,F.;Bao,X.,COandH2activationoverg-ZnOlayersandw-ZnO(0001).ACSCatal.2019,9(2),1373-1382.11.Zhao,X.;Chen,H.;Wu,H.;Wang,R.;Cui,Y.;Fu,Q.;Yang,F.;Bao,X.,GrowthofOrderedZnOStructuresonAu(111)andCu(111).ActaPhys.-Chim.Sin.2018,34(12),1373-1380.12.Yan,C.;Li,H.;Ye,Y.;Wu,H.;Cai,F.;Si,R.;Xiao,J.;Miao,S.;Xie,S.;Yang,F.;Li,Y.;Wang,G.;Bao,X.,CoordinativelyUnsaturatedNickel-NitrogenSitestowardsSelectiveandHigh-RateCO2Electroreduction.EnergyEnviron.Sci.2018,11(5),1204-1210.13.Liu,Q.;Ning,Y.;Huang,W.;Fu,Q.;Yang,F.;Bao,X.,OriginoftheThickness-DependentOxidationofUltrathinCuFilmsonAu(111).J.Phys.Chem.C2018,122(15),8364-8372.14.Liu,Q.;Han,Y.;Cao,Y.;Li,X.;Huang,W.;Yu,Y.;Yang,F.;Bao,X.;Li,Y.;Liu,Z.,In-situAPXPSandSTMStudyoftheActivationofH2onZnO(10-10)Surface.ActaPhys.-Chim.Sin.2018,34(12),1366-1372.15.Liu,Q.;Han,N.;Zhang,S.;Zhao,J.;Yang,F.;Bao,X.,Tuningthestructuresoftwo-dimensionalcuprousoxideconfinedonAu(111).NanoRes.2018,11(11),5957-5967.16.Jiang,X.;Li,H.;Xiao,J.;Gao,D.;Si,R.;Yang,F.;Li,Y.;Wang,G.;Bao,X.,CarbondioxideelectroreductionoverimidazolateligandscoordinatedwithZn(II)centerinZIFs.NanoEnergy2018,52,345-350.17.Cui,X.;Li,H.;Wang,Y.;Hu,Y.;Hua,L.;Li,H.;Han,X.;Liu,Q.;Yang,F.;He,L.;Chen,X.;Li,Q.;Xiao,J.;Deng,D.;Bao,X.,Room-TemperatureMethaneConversionbyGraphene-ConfinedSingleIronAtoms.Chem2018,4(8),1902-1910.18.Zhao,G.;Yang,F.;Chen,Z.;Liu,Q.;Ji,Y.;Zhang,Y.;Niu,Z.;Mao,J.;Bao,X.;Hu,P.;Li,Y.,Metal/OxideInterfacialEffectsontheSelectiveOxidationofPrimaryAlcohols.Nat.Commun.2017,8,14039.19.Liu,Y.;Yang,F.;Zhang,Y.;Xiao,J.;Yu,L.;Liu,Q.;Ning,Y.;Zhou,Z.;Chen,H.;Huang,W.;Liu,P.;Bao,X.,EnhancedOxidationResistanceofActiveNanostructuresviaDynamicSizeEffect.Nat.Commun.2017,8,14459.20.Liu,Y.;Yang,F.;Ning,Y.;Liu,Q.;Zhang,Y.;Chen,H.;Bao,X.,COAdsorptiononaPt(111)SurfacePartiallyCoveredwithFeOxNanostructures.J.EnergyChem.2017,26(4),602-607.21.Liu,Y.;Ning,Y.;Yu,L.;Zhou,Z.;Liu,Q.;Zhang,Y.;Chen,H.;Xiao,J.;Liu,P.;Yang,F.;Bao,X.,StructureandElectronicPropertiesofInterface-ConfinedOxideNanostructures.ACSNano2017,11(11),11449-11458.22.Liu,Q.;Liu,Y.;Li,H.;Li,L.;Deng,D.;Yang,F.;Bao,X.,TowardstheAtomic-ScaleCharacterizationofIsolatedIronSitesConfinedinaNitrogen-DopedGrapheneMatrix.Appl.Surf.Sci.2017,410,111-116.23.Gao,D.;Zhou,H.;Cai,F.;Wang,D.;Hu,Y.;Jiang,B.;Cai,W.-B.;Chen,X.;Si,R.;Yang,F.;Miao,S.;Wang,J.;Wang,G.;Bao,X.,SwitchableCO2ElectroreductionviaEngineeringActivePhasesofPdNanoparticles.NanoRes.2017,10(6),2181-2191.24.Gao,D.;Zhang,Y.;Zhou,Z.;Cai,F.;Zhao,X.;Huang,W.;Li,Y.;Zhu,J.;Liu,P.;Yang,F.;Wang,G.;Bao,X.,EnhancingCO2ElectroreductionwiththeMetal-OxideInterface.J.Am.Chem.Soc.2017,139(16),5652-5655.25.Chen,H.;Liu,Y.;Yang,F.;Wei,M.;Zhao,X.;Ning,Y.;Liu,Q.;Zhang,Y.;Fu,Q.;Bao,X.,ActivePhaseofFeOx/PtCatalystsinLow-TemperatureCOOxidationandPreferentialOxidationofCOReaction.J.Phys.Chem.C2017,121(19),10398-10405.26.Cai,F.;Gao,D.;Zhou,H.;Wang,G.;He,T.;Gong,H.;Miao,S.;Yang,F.;Wang,J.;Bao,X.,ElectrochemicalPromotionofCatalysisoverPdNanoparticlesforCO2Reduction.Chem.Sci.2017,8(4),2569-2573.27.Wu,H.;Li,H.;Zhao,X.;Liu,Q.;Wang,J.;Xiao,J.;Xie,S.;Si,R.;Yang,F.;Miao,S.;Guo,X.;Wang,G.;Bao,X.,HighlyDopedandExposedCu(I)-NActiveSiteswithinGraphenetowardsEfficientOxygenReductionforZinc-AirBatteries.EnergyEnviron.Sci.2016,9(12),3736-3745.28.Yu,L.;Liu,Y.;Yang,F.;Evans,J.;Rodriguez,J.A.;Liu,P.,COOxidationonGold-SupportedIronOxides:NewInsightsintoStrongOxide-MetalInteractions.J.Phys.Chem.C2015,119(29),16614-16622.29.Yang,F.;Deng,D.;Pan,X.;Fu,Q.;Bao,X.,UnderstandingNanoEffectsinCatalysis.Nat.Sci.Rev.2015,2(2),183-201.30.Ning,Y.;Wei,M.;Yu,L.;Yang,F.;Chang,R.;Liu,Z.;Fu,Q.;Bao,X.,NatureofInterfaceConfinementEffectinOxide/MetalCatalysts.J.Phys.Chem.C2015,119(49),27556-27561.31.Mudiyanselage,K.;Senanayake,S.D.;Ramirez,P.J.;Kundu,S.;Baber,A.;Yang,F.;Agnoli,S.;Axnanda,S.;Liu,Z.;Hrbek,J.;Evans,J.;Rodriguez,J.A.;Stacchiola,D.,IntermediatesArisingfromtheWater-GasShiftReactionoverCuSurfaces:FromUHVtoNearAtmosphericPressures.Top.Catal.2015,58(4-6),271-280.32.Graciani,J.;Yang,F.;Evans,J.;Vidal,A.B.;Stacchiola,D.;Rodriguez,J.A.;Sanz,J.F.,WhenRutheniaMetTitania:AchievingExtraordinaryCatalyticActivityatLowTemperaturebyNanostructuringofOxides.Phys.Chem.Chem.Phys.2015,17(40),26813-26818.33.Gao,D.;Zhou,H.;Wang,J.;Miao,S.;Yang,F.;Wang,G.;Wang,J.;Bao,X.,Size-DependentElectrocatalyticReductionofCO2overPdNanoparticles.J.Am.Chem.Soc.2015,137(13),4288-4291.34.Dong,A.;Fu,Q.;Wei,M.;Liu,Y.;Ning,Y.;Yang,F.;Bluhm,H.;Bao,X.,FacileOxygenIntercalationbetweenFullLayerGrapheneandRu(0001)underAmbientConditions.Surf.Sci.2015,634,37-43.35.Deng,D.;Chen,X.;Yu,L.;Wu,X.;Liu,Q.;Liu,Y.;Yang,H.;Tian,H.;Hu,Y.;Du,P.;Si,R.;Wang,J.;Cui,X.;Li,H.;Xiao,J.;Xu,T.;Deng,J.;Yang,F.;Duchesne,P.N.;Zhang,P.;Zhou,J.;Sun,L.;Li,J.;Pan,X.;Bao,X.,ASingleIronSiteConfinedinaGrapheneMatrixfortheCatalyticOxidationofBenzeneatRoomTemperature.Sci.Adv.2015,1(11),e1500462
