CAJ | 학술논문

对聚合物电极材料在二次锂电池中的应用进行了详尽的介绍,按照电化学反应机理的不同,分别讨论了导电聚合物、聚硫化物和醌基聚合物三类正极材料;指出了这些材料的结构特征、物理化学性能以及作为电极材料所具有的特点.在对聚合物电极材料进行详细分析的基础上,笔者认为聚合物电极材料具有重要的研究与应用价值,对聚合物电极材料研究的不断增多也表明这类材料具有良好的发展趋势.
대취합물전겁재료재이차리전지중적응용진행료상진적개소,안조전화학반응궤리적불동,분별토론료도전취합물、취류화물화곤기취합물삼류정겁재료;지출료저사재료적결구특정、물이화학성능이급작위전겁재료소구유적특점.재대취합물전겁재료진행상세분석적기출상,필자인위취합물전겁재료구유중요적연구여응용개치,대취합물전겁재료연구적불단증다야표명저류재료구유량호적발전추세.
In this article, the application of polymer electrode in Lithium secondary battery is presented in detail. According to different electrochemical reaction mechanism, conducting polymer, polysulfide and quinone-base polymer are introduced respectively, their structure character, physical chemistry property and the specialty as electrode material are pointed out. On the base of particular analyzing to polymer electrode, the polymer electrode is deemed to have high value for study and applicaltion. Furthermore, in view of the increasing research of such electrode material, it also shows good prospect for future development.