Hongqi Sun
H指数:119
被引数:4.6万
个人简介
Director of the UWA Centre for Future Catalysis, University Professor of Chemistry, and an ARC Future Fellow (Level 3) in the School of Molecular Sciences at The University of Western Australia. The scholar serves as UWA Lead for the Critical Metals for Critical Industries CRC, Co-Chair of the School Research Committee, and Node Leader (Chemicals for Space) at the International Space Centre, UWA. Main research directions span novel catalytic paradigms, solar energy utilisation, terrestrial and extraterrestrial resources, and sustainable mining. Representative honors include being awarded Mid-Career Scientist of the Year at the 2023 WA Premier's Science Awards and named among Australia's Top 40 Research Superstars by The Australian's Research Magazine (2020).
教育背景
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工作经历
暂无内容
荣誉奖项
- Mid-Career Scientist of the Year(2023)
- Australia’s Top 40 Research Superstars(2020)
封面图片,第8卷,第8期,2026年8月
Carbon Energy
IF24.2
侧链诱导的金属卟啉共价有机框架(COFs)层间滑移实现了微环境和自旋态调控用于光催化CO<sub>2</sub>还原
Advanced Materials
IF26.8
超晶格结构用于促进光热催化:机制与应用
Advanced Science
IF14.1
光热催化驱动的甲烷重整
Nature Reviews Chemistry
IF51.7
用于耦合海水裂解和淡化的非对称光热平台
Nature Communications
IF15.7
乙基麦芽酚作为一种绿色络合剂,用于钴互连的化学机械抛光,以实现高去除率和纳米级平滑度。
使用澳大利亚锂辉石精炼厂残渣进行直接锂提取:一种变废为宝的方法
一种具有相变特征的模板方法,用于单原子和多原子催化剂的定制化配位调控
Nature Communications
IF15.7
II型光合作用系统-碳化氮光电阳极用于可扩展的生物光电化学
Advanced Materials
IF26.8
破碎骨架碳氮化物限域的Co-N3在过硫酸单酯活化过程中产生高价钴氧物种
氨基和羧基对化学机械抛光过程中唑类缓蚀剂缓蚀性能的影响
推进澳大利亚锂和稀土价值链:功能化吸附剂的最新趋势与创新及其在循环经济中的前景应用
将钴位点限制在手风琴状管状氮化碳的基质中,以进行过氧单硫酸盐活化以产生硫酸根自由基和所需的单线态氧
原子分散的钴负载在石墨相碳氮上作为过硫酸氢根催化的乙苯选择性氧化反应的稳定催化剂(vol 9, pg 3029, 2021)
FUEL
IF7.5

