近期论文
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共发表SCI论文25篇,其中第一作者3篇。
1.MengdiZhang,ChangYu,ChaotaiZhao,XuedanSong,XiaotongHan,ShaohongLiu,CeHao,JieshanQiu,Cobalt-embeddednitrogen-dopedhollowcarbonnanorodsforsynergisticallyimmobilizingthedischargeproductsinlithium-sulfurbattery.EnergyStorageMaterials,2016,5:223-229.
2.MengdiZhang,ChangYu,JuanYang,ChangtaiZhao,ZhengLing,JieshanQiu,Nitrogen-dopedtubular/porouscarbonchannelsimplantedongrapheneframeworksformultipleconfinementofsulfurandpolysulfides.JournalofMaterialsChemistryA,2017,5:10380-10386.
3.MengdiZhang,ChangYu,ZhengLing,ShaoFengLi,ChangtaiZhao,HonglingHuang,JieshanQiu,Arecyclableroutetoproducebiocharwithatailoredstructureandsurfacechemistryforenhancedchargestorage.GreenChemistry,2019,21:2095-2103.
4.ChangtaiZhao,ChangYu,MengdiZhang,HuaweiHuang,ShaofengLi,XiaotongHan,ZhibinLiu,JuanYang,WeiXiao,JiannengLiang,XueliangSun,JieshanQiu,UltrafineMoO2-carbonmicrostructuresenableultralong-lifepower-typesodiumionstoragebyenhancedpseudocapacitance.AdvancedEnergyMaterials,2017,7:1602880.
5.ChangtaiZhao,ChangYu,MengdiZhang,QianSun,ShaofengLi,MohammadNorouziBanis,XiaotongHan,QiangDong,JuanYang,GangWang,XueliangSun,JieshanQiu,Enhancedsodiumstoragecapabilityenabledbysuperwide-interlayer-spacingMoS2integratedoncarbonfibers.NanoEnergy,2017,41:66-74.
6.ZhengLing,ZhiyuWang,MengdiZhang,ChangYu,GangWang,YanfengDong,ShaohongLiu,YuweiWang,JieshanQiu,Sustainablesynthesisandassemblyofbiomass-derivedB/Nco-dopedcarbonnanosheetswithultrahighaspectratioforhigh-performancesupercapacitors.AdvancedFunctionalMaterials,2016,26:111-119.
7.ChangtaiZhao,ChangYu,MengdiZhang,JuanYang,ShaohongLiu,MingyuLi,XiaotongHan,YanfengDong,JieshanQiu,Tailor-madegrapheneaerogelswithinbuiltbaffleplatesbycharge-inducedtemplate-directedassemblyforhigh-performanceLi-Sbatteries.JournalofMaterialsChemistryA,2015,3:21842-21848.
8.ZhengLing,GangWang,MengdiZhang,XiaomingFan,ChangYu,JuanYang,NanXiao,JieshanQiu,Boricacid-mediatedB,N-codopedchitosan-derivedporouscarbonswithahighsurfaceareaandgreatlyimprovedsupercapacitorperformance.Nanoscale,2015,7:5120-5125.
9.XiuchaoYao,LinNi,ChangYu,MengdiZhang,QianbingWei,HuaweiHuang,WeiGuo,HonglingHuang,JiangweiChang,JieshanQiu,Low‐TemperatureFastProductionofCarbonandAceticAcidDual‐PromotedPd/CCatalysts.AEuropeanJournal,2019,DOI:10.1002/chem.201902328.
10.YuanyuanShan,ChangYu,XuZhang,MengdiZhang,QiangDong,JieshanQiu,FabricationofaRu-NiAllayereddoublehydroxide-oxidizedCNThybridcatalystfortheselectiveoxidationofbenzylalcoholtobenzaldehyde.NewCarbonMaterials,2018,33:109-115.
11.ShaofengLi,ChangYu,JuanYang,ChangtaiZhao,MengdiZhang,HuaweiHuang,ZhibinLiu,WeiGuo,JieshanQiu,Asuperhydrophilicnanoglueforstabilizingmetalhydroxidesontocarbonmaterialsforhigh-energyandultralong-lifeasymmetricsupercapacitors.Energy&EnvironmentalScience,2017,10:1958-1965.
12.ChangtaiZhao,ChangYu,BoQiu,SiZhou,MengdiZhang,HuaweiHuang,BiqiongWang,JijunZhao,XueliangSun,JieshanQiu,Ultrahighrateandlong-lifesodium-ionbatteriesenabledbyengineeredsurfaceandnear-surfacereactions.AdvancedMaterials,2018,30:1702486.
13.ChangtaiZhao,ChangYu,MohammadNorouziBanis,QianSun,MengdiZhang,XiaLi,YulongLiu,YangZhao,HuaweiHuang,ShaofengLi,XiaotongHan,BiweiXiao,ZhongxinSong,RuyingLi,JieshanQiu,XueliangSun,Decouplingatomic-layer-depositionultrafineRuO2forhigh-efficiencyandultralong-lifeLi-O2batteries.NanoEnergy,2017,34:399-407.
14.MingyuLi,ChangYu,ChaoHu,ChangtaiZhao,MengdiZhang,YiwangDing,XiunaWang,JieshanQiu,Template-freesynthesisofinterconnectedcarbonnanosheetsviacross-linkingcoupledwithannealingforhigh-efficiencytriiodidereduction.GreenChemistry,2018,20:250-254.
15.ZhengLing,GangWang,QiangDong,BingqingQian,MengdiZhang,ChangpingLi,JieshanQiu,Anionicliquidtemplateapproachtographene-carbonxerogelcompositesforsupercapacitorswithenhancedperformance.JournalofMaterialsChemistryA,2014,2:14329-14333.
16.ChangtaiZhao,ChangYu,JuanYang,ShaohongLiu,MengdiZhang,JieshanQiu,Adualcomponentcatalyticsystemcomposedofnon-noblemetaloxidesforLi-O2batterieswithenhancedcyclability.Particle&ParticleSystemsCharacterization,2016,33:228-234.
17.HuaweiHuang,ChangYu,HonglingHuang,WeiGuo,MengdiZhang,XiaotongHan,QianbingWei,SongCui,XinyiTan,JieshanQiu,Microwave-assistedultrafastsynthesisofmolybdenumcarbidenanoparticlesgrownoncarbonmatrixforefficienthydrogenevolutionreaction.SmallMethods,2019,0:1900259.
18.XiaomingFan,ChangYu,JuanYang,ZhengLing,ChaoHu,MengdiZhang,JieshanQiu,Alayered-nanospace-confinementstrategyforthesynthesisoftwo-dimensionalporouscarbonnanosheetsforhigh-rateperformancesupercapacitors.AdvancedEnergyMaterials,2015,5:1401761.
19.ChangYu,ChangtaiZhao,ShaohongLiu,XiaomingFan,JuanYang,MengdiZhang,JieshanQiu,Polystyrenesphere-mediatedultrathingraphenesheet-assembledframeworksforhigh-powerdensityLi-O2batteries.ChemicalCommunications,2015,51:13233-13236.
20.ZhengLing,ChangYu,XiaomingFan,ShaohongLiu,JuanYang,MengdiZhang,GangWang,NanXiao,JiehsanQiu,Freeze-dryingforsustainablesynthesisofnitrogendopedporouscarboncryogelwithenhancedsupercapacitorandlithiumionstorageperformance.Nanotechnology,2015,26:374003.
21.MingyuLi,ChangYu,ChaoHu,WenboYang,ChangtaiZhao,ShuaiWang,MengdiZhang,JianzhangZhao,XiunaWang,JieshanQiu,Solvothermalconversionofcoalintonitrogen-dopedcarbondotswithsingletoxygengenerationandhighquantumyield.ChemicalEngineeringJournal,2017,320:570-575.
22.HuaweiHuang,ChangYu,ChangtaiZhao,XiaotongHan,JuanYang,ZhibinLiu,ShaofengLi,MengdiZhang,JieshanQiu,Iron-tunedsupernickelphosphidemicrostructureswithhighactivityforelectrochemicaloverallwatersplitting.NanoEnergy,2017,34:472-480.
23.WeiGuo,ChangYu,ShaofengLi,JuanYang,ZhibinLiu,ChangtaiZhao,HuaweiHuang,MengdiZhang,XiaotongHan,YingyingNiu,JieshanQiu,High-stacking-density,superior-roughnessLDHbridgedwithverticallyalignedgrapheneforhigh-performanceasymmetricsupercapacitors.Small,2017,13:1701288.
24.JinheYu,ChangYu,WeiGuo,ZhaoWang,ShaofengLi,JiangweiChang,XinyiTan,YiwangDing,MengdiZhang,LeYang,YuanyangXie,RongFu,JieshanQiu,Decouplingandcorrelatingtheiontransportbyengineering2Dcarbonnanosheetsforenhancedchargestorage.NanoEnergy,2019,64:103921.
25.ShaofengLi,ChangYu,YingYang,XuedanSong,ShuangmingChen,LiSong,BoQiu,JuanYang,HuaweiHuang,WeiGuo,ChangtaiZhao,MengdiZhang,JieshanQiu,Phosphatespeciesupto70%massratioforenhancedpseudocapacitiveproperties.Small,2018,14:1803811.