凝胶型锂离子电池的制作及电化学和安全性能
涂健1(
), 徐雄文1, 胡海波1, 聂阳1, 曾涛1, 孙秋实2, 成浩2, 谢健2(), 赵新兵2
), 徐雄文1, 胡海波1, 聂阳1, 曾涛1, 孙秋实2, 成浩2, 谢健2(), 赵新兵2
Fabrication of gel-type Li-ion batteries and their electrochemical and safety properties
Jian TU1(), Xiongwen XU1, Haibo HU1, Yang NIE1, Tao ZENG1, Qiushi SUN2, Hao CHENG2, Jian XIE2(), Xinbing ZHAO2
), Xiongwen XU1, Haibo HU1, Yang NIE1, Tao ZENG1, Qiushi SUN2, Hao CHENG2, Jian XIE2(), Xinbing ZHAO2
图2. 室温下(a) 液态电池和(b) 凝胶电池的充放电曲线；(c) 液态电池和凝胶电池的EIS；(d) 液态电池和凝胶电池在室温下的循环稳定性(充电电流和放电电流均为0.5 C)；(e) 60 ℃下液态电池和凝胶电池的循环稳定性(充电电流0.3 C和放电电流0.5 C)
Fig. 2. Voltage profiles of (a) liquid battery and (b) gel battery; (c) EIS of liquid battery and gel battery; (d) cycling stability of liquid battery and gel battery at room temperature (charge and discharge at 0.5 C); (e) cycling stability of liquid battery and gel battery at 60 ℃ (charge at 0.3 C and discharge at 0.5 C)
