主講人簡介：
劉浩，博士，教授, 博士生導師。2003年獲上海大學工學學士學位；2006年獲複旦大學理學碩士學位；2011年獲澳大利亞University of Wollongong材料工程學博士。畢業後在分别在澳大利亞昆士蘭大學和悉尼科技大學從事博士後研究。2017年入選高層次人才引進計劃青年項目。長期從事儲能材料相關研究，主要緻力于新型高性能納米電極材料的研發，包括一維，二維納米材料和有序介孔材料在锂離子電池正負極材料上的應用。迄今為止，共參與發表SCI論文80餘篇。ISI總引用次數超過8000次，h-index=40。總計15篇被選為ESI高被引論文，被選為2018全球高被引學者（Clarivate Analytics）。
報告摘要：
The manifold consumption of lithium has resulted in an exponential price rise in the past decade, and it also brings fears of a potential lithium shortage in the future. Hence, sodium-ion batteries (SIBs), as a promising alternative to Li-ion batteries, would become more competitive in the coming half century because of the low cost and abundance of sodium sources.[1] Sodium-ion batteries with high power density present tremendous potential for large-scale energy storage applications. However, it remains a big challenge to develop suitable anode materials for ultrafast and highly reversible sodium ion storage. MXenes, a new family of 2D materials, are considered a rising star for energy storage due to their unprecedented combinations of properties: excellent electronic conductivity, hydrophilicity, mechanical flexibility and compositional adaptability.[2] The major drawback of MXene materials for battery applications is their low specific capacities, despite substantial improvements achieved. Many works has verified that MXenes could play an extraordinary synegistic role when combining with metal oxide materials.
bevictor伟德官网
86 21 67792362 
clxy@dhu.edu.cn