discharging potential 中文意思是什麼
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The mechanism of storing lithium - ions was to store lithium ions in the micropores of the samples. since the micropores which formed in the process of liquid phase carbonization had different sizes, the smaller the micropores, the lower the potential to overcome the resistance for inserting lithium ions. the charging - discharging curves looked like the letter " v " and had no flat plateaus, the charging - discharging capacities were high but faded rapidly
Htt _ （ max ） = 2000以前，石墨微晶尚未出現，貯鋰機制為「微孔貯鋰」 ；由於微孔的大小不同，插鋰時克服阻力所需的電位也不同，微孔愈小，所需電位愈低，因此充、放電曲線為「 v 」字形，無充、放電電位平臺，充、放電容量高，但容量衰減快；隨著htt _ （ max ）的增大，液相炭化過程中所形成的微孔逐漸變小、變少，因此充、放電容量也逐漸變小。 -
When httmax > 2100, the graphite crystallites grow rapidly, and the charging - discharging capacities of the samples increase, too. the mechanism of storing lithium - ions convert s to the intercalation of the lithium ions into the layers of graphite crystallites. the charging - discharging curves of the samples look like the letter " u " and have low potential flat plateaus
Htt _ （ max ） 2100時，石墨微晶迅速成長，充、放電容量迅速增大，充、放電曲線為「 u 」字形，充、放電平臺低而平穩，表現出典型的「石墨微晶層間嵌鋰」機制。 -
Moreover, the impedance values decreased, the reactions became more easily, and the charge and discharge performance became better as the discharging potential decreased and the reactions also became easily as the cycling times increased
且隨著放電電位的降低，阻抗值下降，反應變的越容易，充放電性能越好，隨著循環次數的進行，反應會變得容易。
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