报告题目——Unveiling the material’s photo/electrochemical properties correlated with its electronic structures
时间：2025-06-29 13:30
地点：综A401
讲座人：苏大为
主持人：胡小颖
组织单位：材料科大阳城娱乐43335与工程大阳城娱乐43335院
讲座人简介：墨尔本皇家理工（RMIT）大大阳城娱乐43335，科大阳城娱乐43335大阳城娱乐43335院，应用化大阳城娱乐43335与环境系终身教授。主要研究方向为能源转化材料的合成、表征、定量分析与功能性开发，应用量子力大阳城娱乐43335、密度泛函理论及分子动力大阳城娱乐43335从原子及电子尺度进行理论及机理研究。承担澳大利亚自然科大阳城娱乐43335基金，优秀青年科大阳城娱乐43335基金等多项科研项目，发表包括Advanced Materials, Science Advances, Advanced Energy Materials在内的SCI高水平论文200余篇，引用超过18000次，h指数70，为InfoMat (Wiley)、Nano Research Energy、Nanomaterials、Frontiers in Chemistry: Inorganic Chemistry、Rare Metals等多个期刊的编委，在2021年被研究杂志“澳大利亚人”评为“材料工程未来新星和领导者”。
他负责的科研项目（包括 ARC DECRA、DP、LP、LIFE 的项目以及 ARENA、CRC、CRC 等项目）旨在通过结合原位光谱大阳城娱乐43335和理论研究来揭示材料与其电子结构相关的电化大阳城娱乐43335或光化大阳城娱乐43335特性。他推动了在设计具有化大阳城娱乐43335和结构可调性的材料以及揭示材料特性对电（光）化大阳城娱乐43335性能影响方面取得的突破性进展。
讲座观点：Abstract: Structure (from atomic and electronic level)-performance correlation demonstrates the crucial impact of complex surface chemistry and nanostructure on photo/electrochemical performance, which is also a persistent barrier for rationally designing photo/electrode materials. To rational design materials for their superior photo/electrochemical properties can only rely on the unveiling of the correlation between their electronic structures＇ evolution along the testing processes. Therefore, from the electronic level to develop the spatial- and time-resolved light interaction technology can the photo/electrochemical reactions processes be deeply understood. Therefore, here I showcase several recent works about investigating the intrinsic properties of the materials correlated with their subtle micro-structure variation, including[1-3].
References:
[1] Advanced Energy Materials. First published: 14 May 2024 https://doi.org/10.1002/aenm.202400590
[2] Advanced Functional Materials. First published: 19 May 2024 https://doi-org.ezproxy.lib.uts.edu.au/10.1002/adfm.202404585
[3] Advanced Materials. Volume36, Issue19 May 9, 2024, 2400237
