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Manipulation of Nanometric Materials into Sizable Components for Engineering and Energy Applications
发布日期:2017-10-26   浏览次数:

主讲:Sammy Chan

时间:10 3014:00



主要内容:Carbon-based nanomaterials have continually garnered interest in the field of electronics and energy storage devices owing to their excellent electrical properties and high charge carrier mobility. Their high current-carrying capacity makes them attractive as interconnects in microelectronic devices and electrodes in supercapacitors and fuel cells. Following the miniaturisation of microelectronics and advances in portable devices, their lightweight property and large surface areas makes them appealing with the rapid increase in demand for compact and high energy density batteries and hydrogen storage. The presentation will cover the research carried out on hydrogen storage in carbon nanotubes and other nanomaterials, as well as the uses of carbon nanotubes and buckypapers in batteries and in other applications. The production of buckypapers and graphene papers with exceptionally high electrical conductivity will also be covered.

主讲简介:Sammy Cha教授博士毕业于牛津大学,1986年加入台湾大学任副教授,2003年入职新南威尔士大学任教授。主要研究领域为能源材料、腐蚀防护和金属基复合材料。发表高水平的SCI论文150余篇,2016年当选为全球高引科学家,曾担任Materials Chemistry and Physics共同主编。

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