Abstract: The A C impedance method was used to studying the conductivity of ZnCl2/molecular sieve solid electrolytes(MSE). It was found that condutivity of MSE depends on it's water content. ～10% water content is the saturate point of absorptive water of MSE conceivably. The conductivity of MSE changes withit's water content and the mechanism of it's the conductivity were discussed.

Key words: molecular sieve solid electrolyte, conductivity, water content, impedance

摘要： 用交流阻抗方法研究ZnCl₂／分子筛固体电解质（MSE）的导电性能。发现含水量与MSE的导电率密切相关。可以认为10%的含水量是MSE吸水饱和点。对MSE导电率随含水量变化及导电机理进行了讨论。

关键词: 分子筛, 固体电解质, 电导, 含水量, 阻抗