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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()
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()

图7. (a) Li/LE-LLZTO-LE/Li对称电池的构型示意图；(b) Li/LE-LLZTO-LE/Li对称电池在0.05 mA/cm2和0.1 mA/cm2的恒流循环性能；(c) 循环前Li/LE-LLZTO-LE/Li对称电池在不同温度下的EIS图；(d) 循环后 Li/LE-LLZTO-LE/Li对称电池在不同温度下的EIS图；(e) 对称电池循环前后石榴石电解质与锂金属(Li/LE/LLZTO)在不同温度下的面电阻比较

Fig. 7. (a) schematic diagram of Li/LE-LLZTO-LE/Li symmetric battery configuration; (b) galvanostatic cycling performance of Li/LE-LLZTO-LE/Li symmetric battery at 0.05 mA·cm-2 and 0.1 mA·cm-2; (c) Nyquist plots of Li/LE-LLZTO-LE/Li symmetric battery at different temperatures before cycle; (d) Nyquist plots of Li/LE-LLZTO-LE/Li symmetric battery at different temperatures after cycle; (e) comparison of areal specific resistance of garnet electrolyte and lithium metal (Li/LE/LLZTO) at different temperatures before and after symmetric battery cycle