采用阳极预锂化技术的锂离子电池高倍率老化容量衰减机理研究
赵鹤1,2(
), 韩策1, 程小露1, 郝维健1, 徐涵颖1, 耿萌萌3, 杨凯3, 赵丰刚4, 邱新平1()
), 韩策1, 程小露1, 郝维健1, 徐涵颖1, 耿萌萌3, 杨凯3, 赵丰刚4, 邱新平1()
Research on the capacity fading mechanism of high rate aged lithium-ion batteries with anode prelithiation treatment
He ZHAO1,2(), Ce HAN1, Xiaolu CHENG1, Weijian HAO1, Hanying XU1, Mengmeng GENG3, Kai YANG3, Fenggang ZHAO4, Xinping QIU1()
), Ce HAN1, Xiaolu CHENG1, Weijian HAO1, Hanying XU1, Mengmeng GENG3, Kai YANG3, Fenggang ZHAO4, Xinping QIU1()
图2. 不同放大倍数的PRE电极SEM照片：(a)和(b)初始状态负极材料；(c)和(d)首次充满电状态正极材料
Fig. 2. SEM images of PRE electrodes at different magnification: (a) and (b) pristine anode; (c) and (d) first charged cathode
