非晶态固体电解质

• 作 者: 李云鹏
• 出 处: 无机材料学报
• 发表日期: 1981年01期
• 关键词: 固体电解质 电池输出功率 化学电源 离子导体 非晶态材料 液态电解质 非晶态固体 淬冷法 自放电 电解质材料

一、引言随着固体电解质材料研究而发展起来的固体电解质电池,尽管目前电解质的电导率还比较低因而电池输出功率还较小,但不存在液态电解质电池的电解液泄漏、挥发、凝固或沸腾等问题,也没有严重的电解液与电极间的相互作用,并且还具有自放电速度极小、搁置寿命可极长和能够小型化等优点,因此近十多年来已发展成为一类重要的化学电源和新的固体离

I. INTRODUCTION Solid electrolyte cells, developed with the study of solid electrolyte materials, do not leak, volatilize, solidify, or boil the electrolyte of the liquid electrolyte cell, although the conductivity of the electrolyte is still relatively low and therefore the output power of the cell is still small. And other issues, there is no serious electrolyte and the interaction between the electrodes, and also has a self-discharge rate is extremely small, shelf life can be extremely long and can be miniaturized, etc., so over the past decade has developed into a class of important Chemical power and new solids away