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:本文主要研究了锂电池自动测试系统的设计和实现。首先,对锂电池自动测试系统的背景和意义进行了介绍,并阐述了现有手动测试方法存在的问题和不足。接着,针对这些问题和不足,设计了自动测试系统的硬件和软件架构,并详细介绍了数据采集和处理、自动测试流程设计、数据库设计和数据分析与报告生成等方面的具体实现方法。实验结果表明,所设计的自动测试系统能够有效地提高测试效率和精度,具有较好的实用性和推广价值。