基于高离子导体界面层的高温固态锂氧气电池
High temperature solid lithium oxygen battery based on high ion conductor interface layer
(c)充电容量和库伦效率与循环圈数示意图；(d)150 ℃，电流密度分别为0.1，0.3，0.5，1.0 mA?cm–2时的电池首圈充放电曲线；(e)150 ℃时电池在不同电流密度下定容循环充放电曲线
基于高离子导体界面层的高温固态锂氧气电池 |
| 叶义鹏, 王胜, 朱挺, 于智乾, 曹蕴清, 宋虎成, 徐骏 |
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High temperature solid lithium oxygen battery based on high ion conductor interface layer |
| Yipeng Ye, Sheng Wang, Ting Zhu, Zhiqian Yu, Yunqing Cao, Hucheng Song, Jun Xu |
| 图4 (a)锂氧气电池分别在30,120,150 ℃下全充放示意图；(b)150 ℃，电流密度为0.1 mA?cm–2时的电池充放电曲线； (c)充电容量和库伦效率与循环圈数示意图；(d)150 ℃，电流密度分别为0.1，0.3，0.5，1.0 mA?cm–2时的电池首圈充放电曲线；(e)150 ℃时电池在不同电流密度下定容循环充放电曲线 |
| Fig.4 (a) Diagram of full charge and discharge of Li?O2 battery at 30，120 and 150 ℃，respectively,(b) discharge and charge curves at a constant current of 0.1 mA?cm–2 at 150 ℃,(c) the corresponding changes of charge capacity and coulombic efficiency (CE) during cycling,(d) discharge and charge curves of the first cycle at current of 0.1，0.3，0.5，1.0 mA?cm–2 at 150 ℃，respectively,(e) discharge and charge curves at different current densities at 150 ℃ |
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