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[33]JingLi,HuijieZhang,ChengkeWu,XiaowuCai,MingyuWang,QuanminLi,ZhaorongChang，EnboShangguan*.EnhancingtheHigh-TemperatureandHigh-RatePropertiesofNickelHydroxideElectrodeforNickel-BasedSecondaryBatteriesbyUsingNanoscaleCa(OH)2andγ-CoOOH.J.Electrochem.Soc.166,(10)(2019)A1836-A1843.（SCI二区TOP,IF：3.12）
[32]EnboShangguan*,PeiyingFu,SashuangNing,ChengkeWu,JingLi*,XiaowuCai,ZhenhuiWang,MingyuWang,XiaoguangLi,QuanminLi,ZnAl-layereddoublehydroxidenanosheets-coatedZnO@Cmicrosphereswithimprovedcyclingperformanceasadvancedanodematerialsforzinc-basedrechargeablebatteries,JournalofPowerSources422(2019)145–155.（SCI一区TOP,IF：7.467）
[31]EnboShangguan*,ShuqianFu,ChengkeWu,XiaowuCai,JingLi*,ZhaorongChang,ZhenhuiWang,QuanminLi,Sublimedsulfurpowdersasnoveleffectiveanodeadditivestoenhancethehigh-ratecapabilitiesofironanodesforadvancedironbasedsecondarybatteries.ElectrochimicaActa301(2019)162-173.（SCI一区TOP,IF：5.383）
[30]YihuiLi,KunChang,*EnboShangguan,DongleiGuo,WeiZhou,YanHou,HongweiTang,BaoLiaandZhaorongChang,PowderexfoliatedMoS2nanosheetswithhighlymonolayer-richstructuresashigh-performancelithium-/sodium-ion-batteryelectrodesNanoscale,11(2019)1887.（SCI一区TOP,IF：7.233）
[29]EnboShangguan,*,QinWang,ChengkeWu,SiqiWu,MengtingJi,JingLi,*ZhaorongChang,QuanminLi,NovelApplicationofRepairedLiFePO4asaCandidateAnodeMaterialforAdvancedAlkalineRechargeableBatteries.ACSSustainableChem.Eng.6(2018)13312−13323.（SCI二区TOP,IF：6.140）
[28]EnboShangguan*,ShuqianFu,SiqiWu,QinWang,ChengkeWu,JingLi*,XiaowuCai,ZhaorongChang,ZhenhuiWang,QuanminLi,KaiJiang*,EvolutionofspentLiFePO4powdersintoLiFePO4/C/FeScomposites:AfacileandsmartapproachtomakesustainableanodesforalkalineNi-Fesecondarybatteries.JournalofPowerSources403(2018)38–48.（SCI一区TOP,IF：7.467）
[27]JingLi,LitanGuo,EnboShangguan*,MingzhuYue,MinXu,DongWang,ZhaorongChang,QuanminLi.SynthesisofnovelsphericalFe3O4@Ni3S2compositeasimprovedanodematerialforrechargeablenickel-ironbatteries.ElectrochimicaActa.240（2017）256-265.（SCI一区TOP,IF：5.383）
[26]XiaoningFu,KunChang,BaoLi,HongweiTang,EnboShangguan,ZhaorongChang,Low-temperaturesynthesisofLiMnPO4/RGOcathodematerialwithexcellentvoltageplatformandcycleperformance.ElectrochimicaActa.225（2017）272-282.（SCI一区TOP,IF：5.383）
[25]JingLi,TonghuiZhao,EnboShangguan*,YaoLi,LinqianLi,MingyuWang,ZhaorongChang,QuanminLi.EnhancingtherateandcyclingperformanceofsphericalZnOanodematerialforadvancedzinc-nickelsecondarybatteriesbycombinedin-situdopingandcoatingwithcarbon.ElectrochimicaActa.236（2017）180-189.（SCI一区TOP,IF：5.383）
[24]XiaoyaLiu,EnboShangguan*,JingLi,SashuangNing,LitanGuo,QuanminLi*,AnovelelectrochemicalsensorbasedonFeSanchoredreducedgrapheneoxidenanosheetsforsimultaneousdeterminationofdopamineandacetaminophen.MaterialsScienceandEngineering:C,70(2017)628–636.（SCI二区TOP,IF：5.080）
[23]EnboShangguan*,LitanGuo;FeiLi;QinWang;JingLi*;QuanminLi;ZhaorongChang;Xiao-ZiYuan.FeSanchoredreducedgrapheneoxidenanosheetsasadvancedanodematerialwithsuperiorhigh-rateperformanceforalkalinesecondarybatteries.J.PowerSources.327（2016）187-195.（SCI一区TOP,IF：7.467）
[22]JingLi,EnboShangguan*,DanGuo,FengliGao,QuanminLi*,Xiao-ZiYuan,HaijiangWang.Influenceofacidityandauxiliaryelectrodereactionontheoxidationofepinephrineonthepre-anodizedcarbonpasteelectrode.ElectrochimicaActa,186(2015)209-215（SCI一区TOP,IF：5.383）
[21]E.B.Shangguan*,F.Li,J.Li,Z.R.Chang,Q.M.Li*,X.Z.Yuan,H.J.Wang.FeS/Ccompositeashigh-performanceanodematerialforalkalineNickel-ironrechargeablebatteries.J.PowerSources.291(2015)29-39.（SCI一区TOP,IF：7.467）
[20]E.B.Shangguan*,J.Li,D.Guo,L.T.Guo,M.Z.Nie,Z.R.Chang,X.Z.Yuan,H.J.Wang.Acomparativestudyofstructuralandelectrochemicalpropertiesofhigh-densityaluminumsubstituteda-nickelhydroxidecontainingdifferentinterlayeranions.J.PowerSources.282(2015)158-168.（SCI一区TOP,IF：7.467）
[19]T.H.Zhao,EnboShangguan*,Y.Li,J.Li*,Z.R.Chang,Q.M.Li,X.Z.Yuan,H.J.Wang.FacilesynthesisofhightapdensityZnOmicrospheresasadvancedanodematerialforalkalinenickel-zincrechargeablebatteries.ElectrochimicaActa,182(2015)173-182.（SCI一区TOP,IF：5.383）
[18]F.Li,E.B.Shangguan*,J.Li,L.J.Li,J.Yang,Z.R.Chang,Q.M.Li,X.Z.Yuan,H.J.Wang.InfluenceofannealingtemperatureonthestructureandelectrochemicalperformanceoftheFe3O4anodematerialforalkalinesecondarybatteries.ElectrochimicaActa,178(2015)34–44.（SCI一区TOP,IF：5.383）
[17]J.Li,E.B.Shangguan*,M.Z.Nie,Q.X.Jin,K.Zhao,Z.R.Chang,X.Z.Yuan,H.J.Wang.Enhancedelectrochemicalperformanceofhigh-densityAl-substituteda-nickelhydroxidebyanovelanionexchangemethodusingNaClsolution.IntJHydrogenEnergy.40(2015)1852-1858.（SCI二区TOP,IF：4.229）
[16]G.L.Fu,K.Chang*,E.B.Shangguan,H.W.Tang,B.Li,Z.R.Chang*,X.Z.Yuan,H.J.Wang.SynthesisofCoO/ReducedGrapheneOxideCompositeasanAlternativeAdditivefortheNickelElectrodeinAlkalineSecondaryBatteries.ElectrochimicaActa,180(2015)373–381.（SCI一区TOP,IF：5.383）
[15]X.N.Fu,Z.R.Chang*,K.Chang,B.Li,H.W.Tang,E.B.Shangguan,X.Z.Yuan,H.J.Wang.GlucoseassistedsynthesisofhollowspindleLiMnPO4/CnanocompositesforhighperformanceLi-ionbatteries.ElectrochimicaActa,178(2015)420-428.（SCI一区TOP,IF：5.383）
[14]H.W.Tang,Y.L.Si,K.Chang*,X.N.Fu,B.li,E.B.Shangguan,Z.R.Chang*,X.Z.Yuan,H.J.Wang.Carbongelassistedlowtemperatureliquid-phasesynthesisofC-LiFePO4/graphemelayerswithhighrateandcycleperformancesJ.PowerSources.295(2015)131–138.（SCI一区TOP,IF：7.467）
[13]J.Li,E.B.Shangguan*,D.Guo,M.Tian,Y.B.Wang,Q.M.Li,Z.R.Chang*,X.Z.Yuan,H.J.Wang.Synthesis,characterizationandelectrochemicalperformanceofhigh-densityaluminumsubstitutedα-nickelhydroxidecathodematerialfornickel-basedrechargeablebatteries.J.PowerSources.270(2014)121–130.（SCI一区TOP,IF：7.467）
[12]J.Li,E.B.Shangguan*,D.Guo,Q.M.Li,Z.R.Chang﹡,X.Z.Yuan,H.J.Wang.Calciummetaborateasacathodeadditivetoimprovethehigh-temperaturepropertiesofnickelhydroxideelectrodesfornickel-metalhydridebatteries.J.PowerSources.263(2014)110–117.（SCI一区TOP,IF：7.467）
[11]D.Guo,E.B.Shangguan*,J.Li,T.H.Zhao,Z.R.Chang,Q.M.Li﹡,X.Z.Yuan,H.J.Wang.Effectsofγ-CoOOHcoatingonthehigh-temperatureandhigh-rateperformancesofsphericalnickelhydroxideelectrodes.IntJHydrogenEnergy,39(2014)3895-3903.（SCI二区TOP,IF：4.229）
[10]J.Li,F.L.Gao,E.B.Shangguan*,Q.M.Li﹡,Theinfluencingmechanismofacidityontheoxidationpeakcurrentsofguanineanduricacid:hydrogenbondcatalysisanddegreeofauxiliaryelectrodereductionreaction.ElectrochimicaActa,136(2014)377-384.（SCI一区TOP,IF：5.383）
[9]E.B.Shangguan*,J.Li,D.Guo,Z.R.Chang﹡,X.Z.Yuan,H.J.Wang.EffectsofdifferentelectrolytescontainingNa2WO4ontheelectrochemicalperformanceofnickelhydroxideelectrodesfornickel-metalhydridebatteries.IntJHydrogenEnergy,39(2014)3412-3422.（SCI二区TOP,IF：4.229）
[8]E.B.Shangguan*,J.L.Wang,J.Li,D.Guo,Z.R.Chang﹡,X.Z.Yuan,H.J.Wang..Enhancementofthehigh-temperatureperformanceofadvancednickel-metalhydridebatterieswithNaOHelectrolytecontainingNaBO2.IntJHydrogenEnergy,38(2013)10616-10624.（SCI二区TOP,IF：4.229）
[7]E.B.Shangguan*,J.Li,Z.R.Chang﹡,H.W.Tang,B.Li,X.Z.Yuan,H.J.Wang.Sodiumtungstateaselectrolyteadditivetoimprovehigh-temperatureperformanceofNickel-metalhydridebatteries.IntJHydrogenEnergy.38(2013)5133-5138.（SCI二区TOP,IF：4.229）
[6]J.E.Huo,E.B.Shangguan,Q.M.Li﹡.Apre-anodizedinlayingultrathincarbonpasteelectrodeforsimultaneousdeterminationofuricacidandfolicacid.ElectrochimicaActa,89(2013)600-606.（SCI一区TOP,IF：5.383）
[5]E.B.Shangguan,Z.R.Chang﹡,H.W.Tang,X.Z.Yuan,H.J.Wang.RegulationofthedischargereservoirofnegativeelectrodesinNi–MHbatteriesbyusingNi(OH)x(x=2.10)andγ-CoOOH.J.PowerSources.196(2011)7791-7796.（SCI一区TOP,IF：7.467）
[4]E.B.Shangguan,Z.R.Chang﹡,H.W.Tang,X.Z.Yuan,H.J.Wang.Comparativestructuralandelectrochemicalstudyofhighdensitysphericalandnon-sphericalNi(OH)2ascathodematerialsforNi–MHbatteries.J.PowerSources.196(2011)7797-7805.（SCI一区TOP,IF：7.467）
[3]E.B.Shangguan,H.W.Tang,Z.R.Chang﹡,X.Z.Yuan,H.J.Wang.EffectsofdifferentNi(OH)2precursorsonthestructureandelectrochemicalpropertiesofNiOOH.IntJHydrogenEnergy.36(2011)10057-10064.（SCI二区TOP,IF：4.229）
[2]EnboShangguan,ZhaorongChang﹡,HongweiTang,Xiao-ZiYuan,HaijiangWang.Synthesisandcharacterizationofhigh-densitynon-sphericalNi(OH)2cathodematerialforNi–MHbatteries.IntJHydrogenEnergy.35(2010)9716-9724.（SCI二区TOP,IF：4.229）
[1]EnboShangguan,ZhaorongChang﹡,HongweiTang,Xiao-ZiYuan,HaijiangWang.Preparationofnickeloxyhydroxidebyanewelectrolysismethodusingsphericalβ-Ni(OH)2.IntJHydrogenEnergy.35(2010)3214-3220.（SCI二区TOP,IF：4.229）
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