本项目以锂离子电池电极材料为研究能者对象，用量子理论和电子能谱研究其原子和结合能、化学热等，揭示电子结构与性能关系；应用微波合成机理和加热机制、产物显微结构与性能关系，比较性能和理论和实验结果，目的是提高材料选择与合成的盲目性、经验性和性芎筒蝗范ㄐ裕岣徊牧仙杓扑枷搿

An enormous growth in portable electronic devices such as cellular phones and laptop computers etc. have led to increasing demand for compact lightweight batteries with high energy density and power capacity. The research purpose in this project is to increase the designation of properties for cathode materials of lithium ion batteries . The research work included theoretical analysis and experiment research work. Basically the relation between the microstructure and electrical properties for cathode materials is the mainly research works. The theoretical work will study and analysis the influence of electrical properties. At the same time the synthesis of cathode materials in microwave , which include solid chemical reaction mechanism, processing method, and heating principle, would be used as an new way to obtain spinal structure for Li-Mn-O materials system. The XRD, XPS and SEM ect. methods will be employed to examine the microstructure and chemical composition of the reaction products.