近期论文
查看导师最新文章
（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.Wang,G;Shao,M;Ding,HR;Qi,Y;Lian,JB;Li,S*;Qiu,JX*;Li,HM;Huo,FW*;MultipleActiveSitesofCarbonforHigh-RateSurface-CapacitiveSodium-IonStorage,Angew.Chem.Int.Ed.,2019,DOI:10.1002/anie.201908159(IF:12.257)
2.Wang,G;Qi,Y;Zhang,DW;Bao,J;Xu,L;Zhao,Y;Qiu,JX*;Yuan,SQ;Li,HM*;RationalDesignofPorousTiO2@N-DopedCarbonforHighRateLithium-IonBatteries,EnergyTechnol.,2019,DOI:10.1002/ente.201800911(IF:3.163)
3.Li,S*;Gao,C;Hua,D;Wang,G;Guo,SH;Qiu,JX*;Su,XT*;Bi2S3NanorodsBondingonReducedGrapheneOxideSurfaceasAdvancedAnodeMaterialsforSodium-IonBatteries,EnergyTechnol.,2019,DOI:10.1002/ente.201800876(IF:3.163)
4.Zhang,DW;Wang,G;Xu,L;Lian,JB;Bao,J;Zhao,Y;Qiu,JX*;Li,HM*,Defect-richN-dopedporouscarbonderivedfromsoybeanforhighratelithium-ionbatteries,Appl.Surf.Sci.,2018,454:298-305(IF:5.155)
5.Qiu,JX;Li,S;Su,XT;Wang,YZ;Xu,L;Yuan,SQ;Li,HM;Zhang,SQ,Bismuthnano-spheresencapsulatedinporouscarbonnetworkforrobustandfastsodiumstorage,Chem.Eng.J.,2017,320:300-307(IF:8.355)
6.Qiu,JX,Lai,C,Gray,E.,Li,S.,Qiu,S.,Strounina,E.,Sun,C.H.,Zhao,H.andZhang,S.,Bluehydrogenatedlithiumtitanateasahigh-rateanodematerialforlithium-ionbatteries.J.Mater.Chem.A,2014,2(18):6353-6358.(IF:10.733)
7.Qiu,JX,Li,S,Gray,E.,Liu,H.W.,Gu,Q.,Sun,C.,Lai,C.,Zhao,H.andZhang,S.,HydrogenationsynthesisofblueTiO2forhigh-performancelithium-ionbatteries.J.Phys.Chem.C,2014,118(17):8824-8830.(IF:4.309)
8.Qiu,JX,Dawood,J.,Zhang,S.,Hydrogenationofnanostructuredsemiconductorsforenergyconversionandstorage.ChineseSciBull,2014,59(18):2144-2161.(IF:1.579)
9.Qiu,JX,Zhang,P.,Ling,M.,Li,S.,Liu,P.R.,Zhao,H.J.andZhang,S.Q.,PhotocatalyticsynthesisofTiO2andreducedgrapheneoxidenanocompositeforlithiumionbattery.ACSApplMaterInter,2012,4(7):3636-3642.(IF:8.456)
10.Qiu,JX,Lai,C.,Wang,Y.,Li,S.,Zhang,S.,ResilientmesoporousTiO2/graphenenanocompositeforhighrateperformancelithium-ionbatteries.ChemEngJ,2014,256:247-254.(IF:8.355)
11.Qiu,JX,Lai,C.,Li,S.,Zhang,S.,High-performanceamorphouscarbon-graphenenanocompositeanodeforlithium-ionbatteries.RSCAdv.,2014,4(36):18899-18903.(IF:3.049)
12.Qiu,JX,Zhang,S,Zhao,H,NanostructuredTiO2photocatalystsforthedeterminationoforganicpollutants.J.HazardMater.,2012,211:381-388.(IF:7.65)
13.Qiu,JX,Zhang,S,Zhao,H,RecentapplicationsofTiO2nanomaterialsinchemicalsensinginaqueousmedia.SensorActuat.B-Chem.,2011,160(1):875-890.(IF:6.393)
14.Li,S.,Qiu,J.,Lai,C.,Ling,M.,Zhao,H.,Zhang,S.,Surfacecapacitivecontributions:Towardshighrateanodematerialsforsodiumionbatteries.NanoEnergy,2015,12:224-230.(IF:15.548)
15.Ling,M.,Qiu,J.,Li,S.,Yan,C.,Kiefel,M.J.,Liu,G.,Zhang,S.,MultifunctionalSA-PProDOTbinderforlithiumionbatteries.NanoLett,2015,15(7):4440-4447.(IF:12.279)
16.Ling,M.,Xu,Y.,Zhao,H.,Gu,X.,Qiu,J.,Li,S.,Wu,M.,Song,X.,Yan,C.,Liu,G.,Zhang,S.,Dual-functionalgumarabicbinderforsiliconanodesinlithiumionbatteries.NanoEnergy,2015,12:178-185.(IF:15.548)
17.Li,S.,Ling,M.,Qiu,J.,Han,J.,Zhang,S.,Anchoringultra-fineTiO2-SnO2solidsolutionparticlesontographenebyone-potball-millingforlong-lifeLithium-ionbatteries.J.Mater.Chem.A,2015,3(18):9700-9706.(IF:10.733)
18.Gu,X.,Wang,Y.,Lai,C.,Qiu,J.,Li,S.,Hou,Y.,Martens,W.,Mahmood,N.andZhang,S.,Microporousbamboobiocharforlithium-sulfurbatteries.NanoRes,2015,8(1):129-139.(IF:8.515)
19.Zhu,Y.,Qiu,J.,Huang,Y.,Wang,P.,Lai,C.,EnhancedcyclingperformanceoftheLi4Ti5O12anodeinanetherselectrolyteinducedbyasolid-electrolyteinterphasefilm.RSCAdv.,2015,5:56908-56912.(IF:3.049)
20.Liu,T.,Qiu,J.,Wang,B.,Wang,Y.,Wang,D.,Zhang,S.,DualrolesofironpowderonthesynthesisofLiFePO4@C/graphenecathodeananocompositeforhigh-performancelithiumionbatteries,RSCAdv.,2015,5:100018-100023.(IF:3.049)
21.Li,S.,Wang,Y.,Lai,C.,Qiu,J.,Ling,M.,Martens,W.,Zhao,H.andZhang,S.,Directionalsynthesisoftinoxide@graphenenanocompositesviaaone-stepup-scalablewet-mechanochemicalrouteforlithiumionbatteries.J.Mater.Chem.A,2014,2(26):10211-10217.(IF:10.733)
京公网安备 11010802027423号