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NaAlH4 is a promising anode material for lithium-ion batteries due to its high theoretical capacity of 1985mAhg−1. However, the practical application of NaAlH4 anode is hindered by its low charge reversibility and poor cycle performance. To improve the Li-storage performance of NaAlH4 anode, the regeneration and degradation mechanism of NaAlH4 have been revealed in this work. Firstly, the results...
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