报告题目：Design of Nanostructured Catalysts for Renewable Energy and Environmental Uses

报告人：Hiromi YAMASHITA（大阪大学教授）

报告时间：2024年10月17日（周四）10:00—11:00

报告地点：大学城校区环境楼215会议室

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环境与能源学院

2024年10月15日

报告摘要：

Designs of “active sites, reaction fields and “energyinjection” are important for catalyst development. Utilizing the nanoporespaces and thin film interfaces of microporous zeolite, mesoporous silica,metal-organic frameworks (MOFs), etc., it is possible to control the structureof catalytic active sites in forms of fine particles, clusters, molecules, andatomic moieties, and also possible to control the reaction fields with uniqueproperties such as hydrophobicity and electrostatic fields. Ultrafine semiconductorphotocatalysts, single-site photocatalysts, plasmonic catalysts, nano-alloy,high-entropy alloy catalysts, Yolk-shell catalysts, and MOF photocatalysts, canbe designed for H2 production, CO2 fixation, H2O2synthesis, and various reactions.

报告人简介：

HiromiYamashita has been a professor of Osaka University since 2004. He received PhDdegree from Kyoto University in 1987. He was an assistant professor of TohokuUniversity, an associate professor of Osaka Prefecture University, an invited professorof University Pierre and Marie Curie (Sorbonne Univ.), an invited professor ofKyoto University, and an honorary professor of East China University of Scienceand Technology. He was also visiting research fellows of the Pennsylvania StateUniversity, the University of Texas at Austin, California Institute ofTechnology. He has been an editor of Applied Catalysis B, a member of AcademiaEuropea, a Hononary Fellow of Chinese Chemical Society, a president ofAsia-Pacific Association of Catalysis Societies (2019-2023), and a president ofCatalysis Society of Japan (2019-2020). He received awards from InternationalMesostructured Materials Association, Catalysis Society of Japan, JapanesePhotochemistry Association, the Japan Petroleum Institute, the Japan Instituteof Metals and Materials, Japan Society of Coordination Chemistry, and JapanSociety of Vacuum and Surface Science. His research interests include thedesign of nanostructured catalysts for sustainable energy and environmentaluses.