Unstable voltage profile caused byinternal short circuit was not observed during charge–dischargetests for cells with the CNSs and the cells showed stable cyclingperformance with high capacity retentions of about 88% covering200 cycles.The cells wi

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Unstable voltage profile caused byinternal short circuit was not observed during charge–dischargetests for cells with the CNSs and the cells showed stable cyclingperformance with high capacity retentions of about 88% covering200 cycles.The cells wi

Unstable voltage profile caused byinternal short circuit was not observed during charge–dischargetests for cells with the CNSs and the cells showed stable cyclingperformance with high capacity retentions of about 88% covering200 cycles.The cells wi
Unstable voltage profile caused by
internal short circuit was not observed during charge–discharge
tests for cells with the CNSs and the cells showed stable cycling
performance with high capacity retentions of about 88% covering
200 cycles.The cells with the CNSs showed better rate capabilities
than that with the Celgard membrane by help of their high air
permeability and porosity.专业性的翻译,

Unstable voltage profile caused byinternal short circuit was not observed during charge–dischargetests for cells with the CNSs and the cells showed stable cyclingperformance with high capacity retentions of about 88% covering200 cycles.The cells wi
不稳定的电压描绘引起被
内在的使不在费用期间被观察短路-解除
测试为细胞用 CNSs 和细胞表示马房骑脚踏车兜风
表现用大约 88% 的高度能力保持复盖
200个周期.细胞用 CNSs 表示较好的比率能力
超过那用他们的高空气的在帮忙 Celgard 薄膜
浸透性和多孔性