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研究论文高容量锂电池负极材料TiNb2O7的及其机理谢礼兰,,杨冬升,凌静贵州师范大学材料与建筑工程学院贵阳550001SynthesisandFormationMechanismofLithiumBatteryHigh-CapacityAnodeMaterialTiNb...
本论文发表于电池杂志，属于电力相关论文范文材料。.仅供大家论文写作参考。.多孔球形TiNb2O7的及改性杨洁，刘坤，孙俊才(大连海事大学交通运输工程学院，辽宁大连116026)摘要:采用十六烷基三溴化铵(CTAB)对的TiNb2O7(TNO)进行改性，采用溶剂热...
AbstractTiNb2O7nanowires(TNS)weresynthesizedbyusingasimplesol-gelmethodcombinedwithsubsequentcalcinationprocess.Asanodesoflithium-ionbatteries,TNSexhibitaspecificcapacityof199.6mAhg−1after500cyclesat0.4Ag−1...
DopingwithW6+ionsenhancestheperformanceofTiNb2O7asananodematerialforlithium-ionAppliedSurfaceScience(IF6.707)PubDate:2021-10-08,DOI:10.1016/j.apsusc.2021.151517Yu-ShengHsiao,Cai-WanChang-Jian,HueiChuWeng,Han-HsinChiang,Cheng-ZhangLu,WeiKongPang,VanessaK.Peterson,Xian-CheJiang,Po-IWu,Chih-PingChen,…
Intercalationpseudo-capacitiveTiNb2O7@carbonelectrodeforhigh-performancelithiumionhybridelectrochemicalsupercapacitorswithultrahighenergydensity文献类型：期刊论文
HierarchicalstructureTiNb2O7microspheres(TNO-MS)composedoftheprimaryunitofca.30nmhavesuccessfullybeensynthesizedusingtitanateasaprecursorviaarapidandsimplerouteforthefirsttime,anddisplayedsatisfactorylong-term...
TiNb2O7,withhighcharge/dischargevoltage(1.65V),longlifespan,andexcellentreversibilityhasbecomeanewanodematerialforlithiumionbatteriesinrecentyears.However,theinherentpoorelectronicconductivitystrictlylimitsitspractical...
近日，大连海事大学与济南大学材料科学与工程学院合作，探索出一种新的对于传统TNO材料掺杂的方式以提高Li离子电池性能的策略，以题为“InterstitialandsubstitutionalV5+-dopedTiNb2O7microspheres:Anoveldopingwaytoachievehigh-performanceelectrodes”（间隙型和置换型V5+掺杂TiNb2O7微球的研究实现高性能电极的掺杂...
论文翻译-EnPapers美助理教授团队-SCI英文润色切换到手机版-清除COOKIES-广告投放说明-给我们提意见-手机客户端-捐助小木虫-漏洞提交小木虫,学术科研互动社区,为中国学术科研免费提供动力
材料类综合、全面、专业的微信平台近日，大连海事大学与济南大学材料科学与工程学院合作，探索出一种新的对于传统TNO材料掺杂的方式以提高Li离子电池性能的策略，以题为“InterstitialandsubstitutionalV5+-dopedTiNb2O7microspheres:Anoveldopingwaytoachievehigh-performanceelectrodes”（间隙型和置换型V5+掺杂...
研究论文高容量锂电池负极材料TiNb2O7的及其机理谢礼兰,,杨冬升,凌静贵州师范大学材料与建筑工程学院贵阳550001SynthesisandFormationMechanismofLithiumBatteryHigh-CapacityAnodeMaterialTiNb...
本论文发表于电池杂志，属于电力相关论文范文材料。.仅供大家论文写作参考。.多孔球形TiNb2O7的及改性杨洁，刘坤，孙俊才(大连海事大学交通运输工程学院，辽宁大连116026)摘要:采用十六烷基三溴化铵(CTAB)对的TiNb2O7(TNO)进行改性，采用溶剂热...
AbstractTiNb2O7nanowires(TNS)weresynthesizedbyusingasimplesol-gelmethodcombinedwithsubsequentcalcinationprocess.Asanodesoflithium-ionbatteries,TNSexhibitaspecificcapacityof199.6mAhg−1after500cyclesat0.4Ag−1...
DopingwithW6+ionsenhancestheperformanceofTiNb2O7asananodematerialforlithium-ionAppliedSurfaceScience(IF6.707)PubDate:2021-10-08,DOI:10.1016/j.apsusc.2021.151517Yu-ShengHsiao,Cai-WanChang-Jian,HueiChuWeng,Han-HsinChiang,Cheng-ZhangLu,WeiKongPang,VanessaK.Peterson,Xian-CheJiang,Po-IWu,Chih-PingChen,…
Intercalationpseudo-capacitiveTiNb2O7@carbonelectrodeforhigh-performancelithiumionhybridelectrochemicalsupercapacitorswithultrahighenergydensity文献类型：期刊论文
HierarchicalstructureTiNb2O7microspheres(TNO-MS)composedoftheprimaryunitofca.30nmhavesuccessfullybeensynthesizedusingtitanateasaprecursorviaarapidandsimplerouteforthefirsttime,anddisplayedsatisfactorylong-term...
TiNb2O7,withhighcharge/dischargevoltage(1.65V),longlifespan,andexcellentreversibilityhasbecomeanewanodematerialforlithiumionbatteriesinrecentyears.However,theinherentpoorelectronicconductivitystrictlylimitsitspractical...
近日，大连海事大学与济南大学材料科学与工程学院合作，探索出一种新的对于传统TNO材料掺杂的方式以提高Li离子电池性能的策略，以题为“InterstitialandsubstitutionalV5+-dopedTiNb2O7microspheres:Anoveldopingwaytoachievehigh-performanceelectrodes”（间隙型和置换型V5+掺杂TiNb2O7微球的研究实现高性能电极的掺杂...
论文翻译-EnPapers美助理教授团队-SCI英文润色切换到手机版-清除COOKIES-广告投放说明-给我们提意见-手机客户端-捐助小木虫-漏洞提交小木虫,学术科研互动社区,为中国学术科研免费提供动力
材料类综合、全面、专业的微信平台近日，大连海事大学与济南大学材料科学与工程学院合作，探索出一种新的对于传统TNO材料掺杂的方式以提高Li离子电池性能的策略，以题为“InterstitialandsubstitutionalV5+-dopedTiNb2O7microspheres:Anoveldopingwaytoachievehigh-performanceelectrodes”（间隙型和置换型V5+掺杂...
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