摘要
非晶态电解质的电导率通常是由试验所测得,方法很多,但要受试验条件限制,因此所得结果和实际数值要有些差别,从理论上进行计算得到的结果要更接近其真实值.本文引用能斯特-爱因斯坦(Nernst-Einstein)方程,计算了非晶态电解质Li6Si2O2S5(Li2S-SiS2-Li4SiO4)的理论电导率为10-3S/cm.
Conductance different from ture value rate of amorphous electrolyte is from varying experiment method. But measuring result is usually because of the limit of experiment condition. The theoretical calculation value equals to the ture value nearly. We have figured out the theoretical conductance rate of amorphous electrolyte Li6Si202S5 (Li2S-SiS2-Li4SiO4) by citing the Nemst-Einstein equation. It's 10^-3 S / cm.
出处
《邯郸学院学报》
2007年第3期51-54,共4页
Journal of Handan University
基金
河北省科学研究发展计划课题<掺杂提高锂电池电解质导电率>的阶段性成果(编号:06213569)
关键词
锂离子
非晶态
电解质
电导率
lithium-ion
amorphous solids
electrolyte
Conductance