液体电解液改性石榴石型固体电解质与锂负极的界面
池上森1(
), 姜益栋1, 王庆荣1, 叶子威1, 余凯1, 马骏1, 靳俊3, 王军1, 王朝阳2, 温兆银3, 邓永红1()
), 姜益栋1, 王庆荣1, 叶子威1, 余凯1, 马骏1, 靳俊3, 王军1, 王朝阳2, 温兆银3, 邓永红1()
The liquid electrolyte modified interface between garnet-type solid-state electrolyte and lithium anode
Shangsen CHI1(), Yidong JIANG1, Qingrong WANG1, Ziwei YE1, Kai YU1, Jun MA1, Jun JIN3, Jun WANG1, Chaoyang WANG2, Zhaoyin WEN3, Yonghong DENG1()
), Yidong JIANG1, Qingrong WANG1, Ziwei YE1, Kai YU1, Jun MA1, Jun JIN3, Jun WANG1, Chaoyang WANG2, Zhaoyin WEN3, Yonghong DENG1()
图6. (a) Li/LLZTO/Li对称电池的构型示意图；(b) 循环前Li/LLZTO/Li对称电池在不同温度下的EIS图；(c) Li/LLZTO/Li对称电池在0.1 mA/cm2的电流密度下恒流充放电稳定性能
Fig. 6. (a) schematic diagram of Li/LLZTO/Li symmetric battery configuration; (b) Nyquist plot of Li/LLZTO/Li symmetric battery at different temperatures before cycling; (c) galvanostatic cycling performance of Li/LLZTO/Li symmetric battery at 0.1 mA·cm-2
