CAJ | 학술논문

锰镍酸锂（LiNi0．5Mn1．5O4）作为正极材料，具有良好的循环性能、较高的容量、高而单一的放电平台．因此，近年来成为电池研究的热点。不同的合成方法以及合成条件对镍锰酸锂的形貌及其性能具有极大的影响。本研究分别采用溶剂凝胶法、固相法、熔融盐法方法合成LiNi0．5Mn1．5O4并通过X-射线衍射、扫描电镜（SEM）、循环伏安法电池性能测试对合成产物的组成、结构、形貌和电化学性能进行表征，进而研究影响产品的性能及形貌的诸多因素，并筛选出较为合适的合成条件以提高锂电池正极材料LiNi0．5Mn1．5O4的电化学性能。
맹얼산리（LiNi0．5Mn1．5O4）작위정겁재료，구유량호적순배성능、교고적용량、고이단일적방전평태．인차，근년래성위전지연구적열점。불동적합성방법이급합성조건대얼맹산리적형모급기성능구유겁대적영향。본연구분별채용용제응효법、고상법、용융염법방법합성LiNi0．5Mn1．5O4병통과X-사선연사、소묘전경（SEM）、순배복안법전지성능측시대합성산물적조성、결구、형모화전화학성능진행표정，진이연구영향산품적성능급형모적제다인소，병사선출교위합괄적합성조건이제고리전지정겁재료LiNi0．5Mn1．5O4적전화학성능。
Lithium nickel -manganese oxide, as an athode material, is with good cycling performance, high capacity, a single high discharge platform. Therefore, many researchers focus on the research of this material of the lithium- battery in recent years. Different synthetic methods and synthetic conditions on the lithium nickel - manganese oxide have a great impact on its morphology and its performance. The solvent- gel, solid- state and molten salt methods were used to synthesis the production. X- ray diffraction (XRD) ,scanning electron microscopy (SEM) test were employed to examine the structure and to study the morphology of the resulted product, thus finding the impactions of synthetic methods to the productionsj morphology and its performance, then find out the best method and conditions for the synthesis of lithium nickel- manganese oxide (LiNi0.5Mn1.5O4 ) in the lithium- ion battery.