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1.Keywords: lithium-ion secondary batteries, lithium cobalt oxide, lithium nickel oxide, lithium manganese oxide, and nanotechnology.
关键词：锂离子二次电池、锂钴氧化物、锂镍氧化物、锂锰氧化物、奈米科技。收藏指正
2.Lithium vanadium oxide Li1+δV3O8 is a very promising cathode material which will be used in the future for lithium ion batteries.
锂钒氧化物Li1+δV3O8是一种非常有应用前景的锂离子蓄电池正极材料。收藏指正
3.Spinel lithium manganese oxide as the precursor of lithium ionic sieve is presented with respect to its structure and synthesis method, and the solid-state coordination reaction method and hydrothermal method are considered as promising ways of synthesis.
摘要介绍了作为锂离子筛前体的尖晶石型锂锰氧化物的结构与合成方法，指出固相配位反应法和水热合成法极具发展前景。收藏指正
4.After several cycles, the crystal structure has changed from layer lithium manganese oxide to 6 nm spinel-type Li0.91 [Mn(Cr)]0.09-[Mn(Cr)]1.84-Li0.16O4 and 20 nm sodium chloride-type Li0.5[Mn(Cr)]0.5O, both of which are electrochemically active materials.
电化学循环后, 正交层状结构转为成均有电化学活性的晶粒尺寸6 nm的类尖晶石型与20 nm的氯化纳型结构,晶体结构中8 a 位、16 d位和4 a位均由Li和Mn共位,其摩尔比分别为0.91:0.09,O.收藏指正
5.CV and EIS Besides the matrix elements lithium and manganese, the oxide contained a little aluminum It was a spinel structure with a =0 822?
其晶体结构属于尖晶石型 ,晶胞常数a =0 82 2 6nm ,比标准锂锰氧化物 (LiMn2 O4 ,a =0 82 48nm)小 ; 该氧化物为球形颗粒 ,平均粒径为 5 0 μm ;收藏指正
6.Nanosized cobalt-based oxide (Co 3O 4, CoB 1.36 O 2.8 and CoB 0.5 Al 0.1 O 1.5 ) samples were prepared by rheological phase method and were tested as anodes in secondary lithium batteries.
采用流变相法合成Co3 O4 ,CoB1.3 6 O2 .8,CoB0 .5Al0 .1O1.5样品 ,并研究其作为锂离子电池负极材料的电化学性能 .收藏指正
7.The resulting titanium-vanadium oxide exhibits similar capacity (approximately 400mAh/g), with but better cycling stability than the control sample prepared in the absence of dodecylamine when used as a cathode in lithium batteries.
测试了该氧化物作为锂电池正极材料的性能，发现引入纳米结构极大地提高了材料的充放电稳定性。收藏指正
8.The modern aspects of new materials with graphite-like structure, containing carbon element, such asin B-C-N and C-Si-O groups, other non-carbon materials, such as nitride and oxide, including theirpreparation, composition, structure and performance in lithium-ion batteries were reviewed.
主要介绍了具有类石墨结构的含碳化合物，如B－C－N系材料和C－Si－O材料，以及一些非碳材料，如氮化物、氧化物的制备、组成、结构和作为锂离子电池负极的性能等方面的研究现状；收藏指正
9.The composite polymer electrolytes, consisting of a linear poly ( ethylene oxide ) ( PEO ) , Li(CF3SO2)2N salt, and different amount of (-LiAlO2 as ceramic fillers, were prepared by the solvent casting technique. The all-solid-state Li/S cell was composed of Lithium metal anode, P(EO)20Li(CF3SO2)2N
通过选择适量的γ-LiAlO2填充于PEO(聚环氧乙烯)类聚合物电解质,组装了以金属Li为负极、P(EO)20Li(CF3SO2)2N-10wt%γLiAlO2为电解质、基于单质S为复合正极的全固态电池,并研究了其充放电特性。 且采用场发射扫描电镜与阻抗图谱分析了容量衰减的可能原因。收藏指正
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