简介:Aprogrammablemonolithictemperatureloggingdevice;AnEvaluationMethodofLiquidElectrolytesforLithiumBatteriesbytheMultinuclearPulsed-gradientSpin-echoNMR-TheDiffusingRadiiofLithiumIonandAnionsinOrganicSolvents;Analysisofaphasetransitionprocesscontrolledbydiffusion,applicationtolithiuminsertionintoV{sub}2O{sub}5;ApplicationofDibenzo[e,e][1,2]dithiin,Phenanthro[4,5-cde][1,2]dithiinTriphenyieno[1,12-cde][1,2]dithiin,and6,7-Dithiodibenzo[c,e][1,2]dithiinasCathodeActiveMaterialsforLithiumSecondaryBatteries;Applicationtolithiumbatteryelectrolyteoflithiumorganoboratewithsalicylicligand;CharacteristicsofInterpenetratedPolymerNetworkSystemmadeofPolyethyleneOxide-LiBF{sub}4ComplexandPolystyreneastheElectrolyteforLithiumSecondaryBattery;
简介:ElectrochemicalinvestigationofLiMn{sub}20{sub}4cathodesingelelectrolyteatvarioustemperatures,ElectrochemicalinvestigationofLiNi{sub}0.5Mn{sub}l.50{sub}4thinfilmintercalationelectrodes,ELECTROCHEMISTRYOFMOLTENNITRATEELECTROLYTESANDAPPLICATIONSFORHIGHVOLTAGELITHIUMCELLS,Insituelectrochemicalscanningprobemicroscopyoflithiumbatterycathodematerials,vanadiumpentoxide(V{sub}20{sub}5),Influenceofadditivesinelectrolytesolutionsonsafetyandcyclelifeoflithiumcells,Lithiumbatteryelectrolyteusinganaliphatictypeionicliquid,LithiumInsertionintoVanadiumPentoxideXerogelsContainingSomeMetalCations。
简介:摘要:本文阐述了锂离子电池制备过程,详细分析了各阶段对电池性能的影响。实验标明,电极材料需保证干燥度和粒度分布均匀,涂料制备应控制稠密度和固含量,电极片的厚度和形状也应保持一致。展望未来,电池制备技术将专注于提高能量密度、循环寿命、安全性和降低制造成本,推动新型电池技术的研究与应用。
简介:摘要:最近几年来,伴随着新能源的全面应用,风电、光电并网对电池储能系统的需求量不断的提高,其研究逐步引发人们的关注。其中技术相对成熟的锂离子电池被全面的应用储能电站等大规模的储能系统之中。基于此,本文对磷酸铁锂电池充放电的性能进行分析。