Title：Construct high performance functional materials using Synergistic Effect
Lecturer：Academician Shixue Dou, Institute of Superconducting and Electronic Materials, University of Wollongong, Australia / Institute of Innovative Materials, Australian
Time：10:00a.m. ,Oct 8th,2019(Tuesday)
Place：Conference Room 210, Chemistry Building(West)
Abstract：
Advanced development design ideas and research characterization tools are critical to the design and development of new materials. In this report, we will focus on how to design and develop new functional materials using synergistic principles and achieve high performance metrics for materials by combining multiple functions in a single material. In addition, the functional material table interface is a critical factor in achieving the principle of synergy. Therefore, its precise control will also have a huge impact on the nature and application of functional materials. We will introduce some of our recent work, including the use of carbon coating to achieve the regulation of the electronic properties of materials; how to develop a general method to accurately control the morphology of nanomaterials; the use of physical constraints and catalytic effects synergistically effective Control the loss of polysulfide in metal sulfur batteries; how to use stress to improve superconducting pinning and increase the active sites in the catalyst; accurately prepare nano-functional materials with specific size, morphology and composition by using the additive/subtract material principle; Using multi-dimensional design ideas to achieve functional materials with unique electronic, ionic and optical properties; using core-shell structures to modulate the stress of nanomaterials; and using materials/structure/device composite principles to achieve highly reactive catalysts and energy storage materials systems .
