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- Keywords lithium manganate;progress;coating;surface modification; 锰酸锂;研究进展;包覆;表面改姓;
- Keywords lithium ion battery;anode material;synthetic lithium manganate; 锂离子蓄电池;阴极材料;合成锰酸锂;
- Research progress in recent years on preparation and modification of lithium manganate cathode material was introduced,and based on that,the major developing trend was prospected. 从锰酸锂的制备与改性研究方面综述了锂离子电池正极材料锰酸锂的研究进展,在此基础上,提出了正极材料锰酸锂的发展方向。
- Spinel lithium manganate has been the ideal cathode material in replace of lithium cobaltate for lithium-ion power batteries due to its safety performance and low cost. 综述了锂离子电池正极材料尖晶石型锰酸锂的制备方法、存在的问题以及解决方案。同时对尖晶石型锰酸锂作为锂离子动力电池正极材料的发展趋势进行了展望。
- Keywords detonation synthesis;nanometer lithium manganate;crystal granularity;refinement; 爆轰合成;纳米锰酸锂;晶粒度;细化;
- Keywords lithium-ion batteries;layered lithium manganate;cathode materials;titanium;doping; 锂离子电池;层状锰酸锂;正极材料;钛;掺杂;
- Keywords lithium peroxide;lithia;lithium hydroxide; 过氧化锂;氧化锂;氢氧化锂;
- Keywords Lithium,Vacuum Metallurgy,Thermoreduction; 锂;真空冶金;热还原;
- Keywords Lithium;Brines;Resource;Separation; 锂;卤水;资源;分离;
- Preparation and Application of Lithium Manganate in Production of Lithium Cell 锰酸锂在锂电池中的制备及应用
- Keywords :lithium tantalite crystal; 关键词: 钽酸锂晶体;
- PREPARATION AND CAPACITIVE PERFORMANCE OF LITHIUM MANGANATE IN NEUTRAL ELECTROLYTE SOLUTIONS 锰酸锂的制备及其在中性电解液中的电容性能
- Keywords lithium aluminium hydride;sodium borohydride;reduction; 氢化铝锂;硼氢化钠;还原反应;
- Effect of Temperature on Crystal and Crystalline Granularity of Nanometer Lithium Manganate by Detonation 温度对爆轰合成纳米锰酸锂晶形及粒度的影响
- Keywords lithium;sulfur hexafluoride;jet;X-ray radiography; 锂;六氟化硫;射流;X光成像;
- Study on the preparation of layered lithium manganate used as anode material of li-ion battery 锂离子蓄电池正极材料层状锰酸锂的制备研究
- Keywords lithium hydroxide;causticization;regeneration; 氢氧化锂;苛化法;再生;
- Keywords lithium;Cu-Li alloy;coarsened grain;refined grain; 锂;铜锂合金;粗化晶粒;细化晶粒;
- Keywords lithium battery;cathode material;ferri phosphate; 锂电池;正极材料;磷酸高铁;
- Keywords Lithium;calcium;diffusion;chronoamperometry; 锂;钙;扩散系数;计时安培法;