M.E.Zhong??,Z.T.ZhouPreparationofhightap-densityLiFePO4/CcompositecathodematerialsbycarbothermalreductionmethodusingtwokindsofFe3+precursorsMaterialsChemistryandPhysics2025...

热稳定性方面，LiPbPO?表现出：不一致熔融行为，熔点为900°C(CrystalgrowthandcharacterizationofLiPbPO4-ScienceDirect.com)对应化学计量组成的液相线温度为...LiFePO?工作电压：~3.4Vvs...

XiaopengLiYanMeng*XiaojuanChenYujueWangDanXiaNano-LiFePO4/CDerivedfromGaseous-OxidationEngineering-SynthesizedAmorphousMesoporousnano-FePO4forHigh-RateLi-...2022June21,2022...

复合正极材料LiFePO4/Al/C的制备及性能研究[J].无机材料学报,2012,27(10):1031-1034.无机材料学报201227(10):1031-1034陈威,彭文杰,王志兴,等.复合正极材料LiFePO4/Al/C的制备及性能研究[J]...

Do-HwanNam，BrianM.foster，andKyoung-shinCHoiElectrochemicalLiRecoveryfromSpentLiFePO4-BasedLi-IonBatteriesACSEnergyLett.2025,10,6,2934–2941ACSEnergyLett.2025,...10,6,2934–2941...

coatedLiFePO4nanocrystalsco-modifiedwithgrapheneandMg2+dopingassuperiorcathodematerialsforlithiumionbatteriesnanoscale...text=In%20this%20work%2C%20mesoporous%20carbon-coated%20...

结果表明，采用LiFePO4阴极、三维锂碳阳极和Li2ZrF6基电解质组装的lmb在3000次循环后具有较高的容量保持率（80.0%），大大提高了循环稳定性。这一成就代表了领先的...000cycles(1C/2Crate)....

因此，用LiFePO4正极（面积负载，1.8/2.2mAhcm-2）、三维锂碳负极（50?m厚的锂）和基于Li2ZrF6的电解质组装的LMB在3000次循环（1C/2C速率）后显示出大大改善的循环稳定性和高容量保持率...

JuanWang,ShuangZhang,Zhong-BaoShao,Hong-QiangRu,Shu-YanZang&HuaShenPerformanceofFe2P/LiFePO4/CCompositesSynthesizedbyaNovelandFacileMethodRussianJournalofPhysicalChemistryA...

WuliangGongyan，LingmengLi，HaishengFangDehydrationofFePO4·2H2OfortheSynthesisofLiFePO4/C:EffectofDehydrationTemperatureInternationalJournalofElectrochemicalScience201813(2018...

该纤维素基SSE能够与大多数商用正极材料兼容，在固态Li/SSE/LiFePO4电池展现出高可逆容量(0.1C,158.5mAhg-1)以及长循环稳定性(1C,1000圈)。这项工作基于纤维素分子工程，突破了聚合物基电解...

高负载的LiFePO4|Li电池在室温、-20°C和-40°C下经过150次循环后显示出100%的容量保持率。实际1Ah级别的LiFePO4|Li袋式电池在室温下进行充放电时，在-20°C和-40°C下分别实现了81%和61%的...

Yu-HangZhang,andFa-NianShiReviewonDefectsandModificationMethodsofLiFePO4CathodeMaterialforLithium-IonBatteriesEnergyFuels202236,3,1232–125110.1021/acs.energyfuels.1c03757

此外，LiFePO4/PEO-POF/Li电池在2C下具有优异的循环性能。即使是LiFePO4/PEO-POF/Li（45μm）电池在1C下也具有优异的循环性能。因此，作者认为电荷转移的概念为制备高性能电池提供了一个新...

因此，Li|PAL|LiFePO4(LFP)电池具有出色的长期循环稳定性(1C，700次循环，库仑效率99.8%)和快速充电/放电性能(10C)。更实际的是，由于能够匹配高负载(8mgcm-2)阴极，Li|PAL|LFP电池实现了...

c)拉曼光谱。d)Sn3dXPS图谱，e，f)Mo3d和S2pXPS图谱磨球施加冲击力，放电等离子体产生快速加热。这些过程有效地细化了SnO2和剥离了MoS2。因此，MoS2纳米...图5SnO2/MoS2/LiFePO4的全电池性能。...

唐涛1孙少先1应皆荣2空气和氧气氧化沉淀法制备FePO4·2H2O及LiFePO4电源技术.2020,44(01)...uniplatform=NZKPT

高强二维片状LiFePO4/C制备及废旧LiFePO4电极材料回收再利用研究合肥工业大学硕士论文2020全文

YongWang,JingpengZhang,JuanjuanXue,XiwenKe&GuangchuanLiangLiFePO4/Ccompositeswithhighcompactiondensityascathodematerialsforlithium-...link.springer....

(2021).Enhancedrateperformanceofthemortar-likeLiFePO4/CcompositescombinedwiththeevenlycoatedofcarbonaerogelournalofAlloysandCompounds,2021.1587762021.158776

刘旭恒，赵中伟，黄少波，张有新喷雾干燥法合成球形LiFePO4/C材料研究电源技术20125(937-941)10.3969/j.issn.1002-087X.2012.07.006万方数据

orcid.org/0000-0002-9495-423X,andJianguoYu*InfluenceMechanismofPrecursorCrystallinityonElectrochemicalPerformanceofLiFePO4/CCathodeMaterialMaterialsSciencePublished7April2022...

钟胜奎月桂酸辅助流变相法制备LiFePO4及电化学性能研究2014人工晶体学报1-2...uniplatform=NZKPT中国知网CNKI

ZhenfeiLi,XinRen,YiZheng,EffectofTidopingonLiFePO4/Ccathodematerialwithenhancedlow-temperatureelectrochemicalperformanceIonicsvolume26,pages1599–1609(2020)volume26,pages1599–...

WeiyanYuHydrothermalsynthesisofspindle-shapeandcraggy-facedLiFePO4/CcompositematerialsforhighpowerLi-ionbatteryJournalofPowerSourcesVolume196,Issue13,1July2011,Pages5623-5630