锌离子电池的锌金属负极和电解液的研究进展
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郑微, 曲冬阳, 孙中辉, 牛利
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Research Progress of Zinc Ion Batteries in Zinc Metal Electrodes and Electrolytes
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ZHENG Wei, QU Dongyang, SUN Zhonghui, NIU Li
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表1 各种涂层材料性能总结
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Table 1 Summary of properties of various coating materials
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| Material | Cycle life | CE | Reference |
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| Cu | 4000 h (2 mA·cm-2) | 99.87% (1500 cycles of 5 mAh·cm-2) | [20] | | Zn(H2PO4)2 | 1000 h (1 mA·cm-2) | - | [22] | | SEP-OH | 800 h (5 mA·cm-2) | 99.2% (100 cycles of 5 mAh·cm-2) | [23] | | Tar-Zn | 1300 h (2 mA·cm-2) | - | [24] | | Ti4O7 | 2600 h (1 mA·cm-2) | 99% (500 cycles of 1 mAh·cm-2) | [25] | | FG | 1400 h (10 mA·cm-2) | - | [26] | | 502 glue | 800 h (0.5 mA·cm-2) | - | [29] | | NFSS | 1500 h (1 mA·cm-2) | - | [31] | | Aluminone | 780 h (3 mA·cm-2) | - | [33] | | BTO/PVT | 3000 h (1 mA·cm-2) | 99.6% (950 cycles of 0.5 mAh·cm-2) | [34] | | Nafion/BM | 4200 h (5 mA·cm-2) | 99.91% (2800 cycles of 1 mAh·cm-2) | [35] |
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