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Using waste Li ion batteries as cathodes in rechargeable Li-liquid batteries

机译:将废锂离子电池用作可充电锂液电池的阴极

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摘要

The rechargeable Li-liquid battery was developed using waste Li ion battery materials immersed in water and used as the liquid cathode. Either the Li metal or Li ions (by the formation LixC6 or Li 4+xTi5O12) was harvested from waste Li ion source materials such as a waste anode (LixC6), cathode (LixFePO4), and electrolyte (LiPF6 in EC:DEC) by charging the cell, which then discharged with the waste products in the liquid cathode solution to produce electric energy. When the Li 4Ti5O12 was used as the anode with the waste products as the cathode in the proposed battery system, a good cycle-life with high coulombic efficiency was observed.
机译:锂离子可充电电池是使用浸入水中的废锂离子电池材料开发的,并用作液体阴极。锂金属或锂离子(通过形成LixC6或Li 4 + xTi5O12)从废弃的锂离子源材料中收集,例如通过废阳极(LixC6),阴极(LixFePO4)和电解质(EC:DEC中的LiPF6)。给电池充电,然后将其与废液一起倒入液体阴极溶液中以产生电能。在提出的电池系统中,当Li 4Ti5O12用作阳极,而废品用作阴极时,观察到良好的循环寿命和高库仑效率。

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