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Carbon Nano-Onions Embedded CuO Nanosheets: Ah Excellent Stable Anode Material for Lithium Ion Battery

机译:碳纳米洋葱嵌入式CuO纳米晶片:AH锂离子电池的优异稳定阳极材料

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Carbon nano-onions embedded CuO nanosheets was synthesized by hydrothermal method and this report reports the application of carbon nano-onions embedded CuO nanosheets in lithium ion battery anode materials.The introduction of carbon nano-onions leads to improved electrochemical performance.When applied to potential anode materials for lithium-ion batteries,the novel carbon nano-onions embedded CuO nanosheets deliver reversible discharge capacity of 709.7 mAh g_1 at 0.1 A g_1 and specific capacity of 167 mAh g_1 at 5 A g~',much higher than those of the pure CuO nanosheets with same preparation conditions.In this paper,we demonstrate that the compositing of carbon nano-onions embedded CuO nanosheets is able to improve the performance significantly.
机译:通过水热法合成碳纳米洋葱嵌入式CuO纳米片,本报告报告了碳纳米离子嵌入式CuO纳米晶片在锂离子电池阳极材料中的应用。碳纳米离子引入改善电化学性能。适用于潜力用于锂离子电池的阳极材料,新型碳纳米洋葱嵌入式CuO纳米蛋白酶在0.1 A G_1和5 A G〜'下的比例为0.1 A G_1的可逆放电容量为709.7mAh G_1,比纯度高CuO纳米蛋白酶具有相同的制备条件。本文证明嵌入式Cuo纳米液的合成能够显着提高性能。

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