Li x （Mg， Ni， Zn， Cu， Co） 1-x O高熵氧化物负极材料电化学储锂特性
Electrochemical performance of chemical prelithiated Li x （Mg, Ni, Zn, Cu, Co） 1-x O high-entropy oxide as anode material for lithium ion battery
Li x （Mg， Ni， Zn， Cu， Co） 1-x O高熵氧化物负极材料电化学储锂特性 |
| 刘树港, 蒙波, 李政隆, 杨亚雄, 陈建 |
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Electrochemical performance of chemical prelithiated Li x （Mg, Ni, Zn, Cu, Co） 1-x O high-entropy oxide as anode material for lithium ion battery |
| Shugang LIU, Bo MENG, Zhenglong LI, Yaxiong YANG, Jian CHEN |
| 图8 HEO 16电极(a) 不同扫描速率下的CV曲线；(b) 嵌锂峰和脱锂峰峰值电流 Ip 和log ν 的线性关系图和(c) 不同扫描速率下赝电容和扩散对容量的贡献占比；HEO 0电极 (d) 不同扫描速率下的CV曲线；(e) 嵌锂峰和脱锂峰峰值电流 Ip 和log ν 的线性关系图和(f) 不同扫描速率下赝电容和扩散对容量的贡献占比 |
| Fig. 8 (a) CV curves of the HEO 16 electrode measured with different scanning rates; (b) relationship between Ip and logν for lithiation and delithiation peaks of the HEO 16; (c) contribution ratios of the capacitive and diffusion-controlled charge versus scan rates of the HEO 16；(d) CV curves of the HEO 0 electrode measured with different scanning rates; (e) relationship between Ip and logν for lithiation and delithiation peaks of the HEO 0; (f) Contribution ratios of the capacitive and diffusion-controlled charge versus scan rates of the HEO 0 |
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