报 告 人：范红金教授（新加坡南洋理工大学）
报告题目：Material design to enhance pseudocapacitance effect in battery electrodes
报告时间：10：00 AM, November 27th
报告地点：新能源大楼215
联 系 人：晏成林教授
报告简介：
The performance of electrochemical energy storage devices relies largely on a scrupulous design of nanoarchitectures and smart hybridization of active materials. Nanoarray electrodes are particularly investigated for power source in microelectronics, which requires high rates, high areal capacity/capacitance and long cycle stability. When the metal-ion battery electrode materials are designed into nanostructures (e.g., 1D array, 2D nanosheets), the pseudocapacitive effect may become dominating and can boost the high-rate performance. Our group has been actively working on nanoarray materials directly on conductive substrates as electrodes for Li-ion and Na-ion storage. In this talk, I will articulate our material design strategies and how the extrinsic pseudocapacitance effect contributes to the high-rate performance. This effect applies to intercalation, conversion, as well as alloy type electrodes. These materials include VO2, SnS, and MoSeS. Full hybrid batteries (or called Li-ion or Na-ion capacitors) will also be presented based on such subtle designed electrodes.
Brief Biography：
范红金的研究领域主要是能源纳米材料，包括储能电池材料和太阳能材料，也涉及一点半导体二位材料。目前，他以通讯作者或合作者发表近160多篇论文，包括1篇Science，1篇Nature Mateirals，3篇Nature Communication，7篇Nano Letters， 4篇Advanced Materials，4篇Energy & Environmental Sciences。文章被引用9500多次，H因子为50。担任《Nanotechnology》，《Advanced Science》《Advanced Materials Interface》《Advanced Materials Technologies》的编委成员，《Materials Research Bulletin》副编辑。此外，他参与组织过5次美国MRS分会的组织，连续四次组织新加坡ICMAT 分会组织。曾担任2012年《Nanoscale》纳米线专刊的客座和2015年《Nanotechnology》原子层沉积（ALD）专刊客座编辑。