Generally speaking, the electric car works with the accumulator cell in the depth charging and discharging active status.
一般来说，电动车用蓄电池多工作在深度充放电工作状态。
Under the partial state of charge (PSOC) condition, the experiments for 100% depth of discharge were carried out by using different charging algorithms.
在部分荷电状态（PSOC）下采用不同的充电模式，进行了100%放电深度的对比试验，同时对失效单体电池进行了容量恢复实验。
In addition, the average first-neighbour distance and the depth of effective pair potential can be increased after hydrogen charging.
另外，充氢能够增加块体非晶合金材料的原子平均最近邻距离和有效作用势深度。
In addition, the average first-neighbour distance and the depth of effective pair potential can be increased after hydrogen charging.
另外，充氢能够增加块体非晶合金材料的原子平均最近邻距离和有效作用势深度。
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