Development of High Performance Carbon Anode Material

机译：高性能碳阳极材料的开发

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We have enhanced the capacity of HC by two methods: 1. "Fully-Charged method" -Electrochemical method a. increasing capacity with keeping HC features (rate and temperature characteristics) 2. "Alkali impregnation method" -Using Chemical reaction method a. 531 mAh/g [759 mAh/cc], higher capacity than graphite b. low moisture absorbency → Suitable for xEV applications.

机译：我们通过两种方法增强了HC的容量：1. \“完全充电法\”-电化学方法a。通过保持HC特性（速率和温度特性）来提高容量。2.“碱浸渍法”-使用化学反应法531 mAh / g [759 mAh / cc]，容量比石墨b高。低吸湿性→适用于xEV应用。

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《Lithium battery chemistry 2017》|2017年|1-15|共15页
会议地点 Mainz(DE)
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Development of High Performance Carbon Anode Material

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