Cheng-Te LinNIMTE, CAS, China
Dr. Cheng-Te Lin received his Ph.D. degree in Materials Science and Engineering at National Tsing Hua University (Taiwan) in 2008. In 2012, he was a postdoc in Prof. Jing Kong's group at Massachusetts Institute of Technology (MIT, USA), and undertook the investigation of graphene aerogel supercapacitors. Subsequently, he took part in the project of highly thermally-conductive composites with Prof. Gang Chen (MIT, USA). From 2014 June, he is working as a full professor at Ningbo Institute of Material Technology and Engineering. He is the recipient of "1000 Young Talents Plan" from China's government (2015), "Hundred Talents Program" from Chinese Academy of Sciences (2014), and so on. Dr. Lin has 32 publications (average impact factor: 8.4) on Nature Communications, Advanced Materials, ACS Nano, and Carbon etc. His research interests include CVD growth of graphene and other 2D atomic materials, graphene/polymer composites, 3D graphene architectures, as well as the development of thermal management and sensing applications.
Title：Graphene as a highly efficient conductive medium for energy applications
SymposiumB20 Thermal/Conductive Plastic
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Abstract
Graphene is a one-atom-thick layer of sp2-bonded carbon atoms, packed into a two-dimensional honeycomb crystal lattice. Due to its superior electrical properties, chemical inertness, ultra-high specific surface area, and almost transparency in visible light region, graphene is particularly suitable for use as electrically conductive media in energy applications. To date, such as transparent conductive films, conductive additives in battery and supercapacitors are the success stories of commercialization based on graphene in electronic or energy industry. Other applications utilizing graphene, like solar cells, lithium-air batteries and hydrogen evolution are under development in the laboratories. In this talk, some promising graphene-based applications in energy field will be introduced. For example, the addition of very little amount of graphene into cathode materials will greatly promote the specific capacity of lithium-ion battery. And, the employment of transparent graphene electrodes can make solar cells flexible and wearable. Moreover, porous graphene architecture is a promising material for use in high performance supercapacitors.
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