江西理工大学吴子平课题组及合作者通过控制温度场使熔融态锂金属向上爬升浸润碳纳米管膜,为液态金属与无机薄膜实现直接浸润提供了新的解决思路。液态锂与碳纳米管膜直接杂化,可充分发挥碳基材料分散电流密度的作用。杂化负极在对称电池40 mA cm-2的超高电流密度下实现2000圈稳定循环。
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检索化学名称、InChl、InChl key、名义质量或者分子式(Hill次序).
Writing Scientific Research Articles: Strategy and Steps —《科研论文写作:策略与步骤》由澳大利亚阿德莱德大学(The University of Adelaide)的兼职高级讲师 Margaret Cargill和客座研究员 Patrick O’Connor 博士联合撰写,由Wiley进行出版,点击以下此处免费下载该书精简版。
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