锂离子电池高镍LiNi0.8Mn0.2O2正极材料的微波合成及其Co、Al共改性
付宇坤1(
), 曾敏1, 饶先发1, 钟盛文1, 张慧娟2, 姚文俐1()
), 曾敏1, 饶先发1, 钟盛文1, 张慧娟2, 姚文俐1()
Microwave-assisted Synthesis and Co, Al Co-modification of Ni-rich LiNi0.8Mn0.2O2 Materials for Li-ion Battery Electrode
FU Yukun1(), ZENG Min1, RAO Xianfa1, ZHONG Shengwen1, ZHANG Huijuan2, YAO Wenli1()
), ZENG Min1, RAO Xianfa1, ZHONG Shengwen1, ZHANG Huijuan2, YAO Wenli1()
图6. 不同材料的电化学循环性能曲线和(插图)相应的容量保持率
Fig. 6. Cycling performance and corresponding capacity retention rate (inset) of different materials
