Li-Si SYSTEM STUDIES AS POSSIBLE ANODE FOR Li-ION BATTERIES

机译：LI-SI系统作为锂离子电池可能的阳极研究

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Electrochemical preparation of lithium silicides at room temperature is a complicated task due to multi-phases formed at the electrode surface of silicon. Lithium reversible charge capacity is about 140mAh/g, stress relieving conditions in pristine material preparation will increase this value. It is believed that lithium silicide electrode stress from new phases can be relieved if we increase the surface over mass ratio of the pristine electrode material in order to obtain a good candidate anode material for Li-ion batteries.

机译：由于在硅的电极表面上形成的多相，在室温下硅化物的电化学制备是一种复杂的任务。锂可逆充电容量约为140mAh / g，原始材料制剂中的应力缓解条件将增加该值。据信，如果我们增加原始电极材料的表面上的表面，则可以释放来自新相的硅化锂电极应力，以获得锂离子电池的良好候选阳极材料。

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《NATO advanced study conference on new trends in intercalation compounds for energy storage》|2002年||共4页
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I. SAMARAS; L. TSIAKIRIS; S. KOKKOU; O. VALASSIADES; Th. KARAKOSTAS;
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Li-Si SYSTEM STUDIES AS POSSIBLE ANODE FOR Li-ION BATTERIES

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