锂离子电池内隔膜褶皱的原因及消除
闫晓清1(
), 胡志宇1, 刘凤泉1, 李林1, 谷传明2, 戴熙瀛3, 肖雨3, 邢照亮3, 周建军1()
), 胡志宇1, 刘凤泉1, 李林1, 谷传明2, 戴熙瀛3, 肖雨3, 邢照亮3, 周建军1()
The origin and elimination of separator wrinkles in lithium-ion batteries
Xiaoqing YAN1(), Zhiyu HU1, Fengquan LIU1, Lin LI1, Chuanming GU2, Xiying DAI3, Yu XIAO3, Zhaoliang XING3, Jianjun ZHOU1()
), Zhiyu HU1, Fengquan LIU1, Lin LI1, Chuanming GU2, Xiying DAI3, Yu XIAO3, Zhaoliang XING3, Jianjun ZHOU1()
图7. PVDF/PP复合隔膜与LFP正极(a)和石墨负极(b)表面的剥离强度；不同压力下DMC液滴在PVDF/PP复合隔膜和LFP正极(c)～(f)、石墨负极(g)～(j)热压后的隔膜表面浸润的径迹
Fig.7. Peeling strength of PVDF/PP composite separators from (a) LFP cathode surface and (b) graphite anode surface, wetting trace of DMC droplets on PVDF/PP composite separators after hot pressed with LFP cathode (c)～(f) andgraphite anode (g)～(j) under various pressures
