讲座题目🛡🧑🏼🦳：Membranes for Energy, Environmental and Pharmaceutical Applications: A Computational Perspective 主讲人：Jianwen Jiang 教授 主持人📔：黄爱生 教授 开始时间：2019-11-09 14:30:00 讲座地址：闵行校区化学楼126室 主办单位：化学与分子工程学院
报告人简介： Jiang Jianwen教授现就职新加坡国立大学化学与生物分子工程系。他于1998年在华东理工大学获博士学位⭐️，2000年至2005年分别在美国加州大学伯克利分校、南卡罗莱纳大学及特拉华大学任职，2006年至今任教于新加坡国立大学🥫。Jiang教授是分子模拟领域的国际知名专家，目前研究主要针对能源、环境以及制药应用中的纳米多孔材料的设计和制备，应用领域涵盖了碳捕集🎷、海水淡化🤌、生物燃料净化以及药物输送等；Jiang教授至今在Nature Communication, JACS, Angew等国际高水平期刊发表SCI论文200余篇、10篇特邀评论和书籍章节🫱🏿，总引用超过9500次，H指数为52。他是英国皇家化学学会会士👳🏻♀️，目前还担任“Advances in Materials Research”, “Computational Materials Science”, “Scientific Reports”等期刊编辑。2011年，他获得新加坡工程师学会颁发的IES著名工程成就奖。 报告内容🔀： Membranes are ubiquitously utilized in a wide variety of chemical separation processes. Computations have become an indispensable tool and playing an increasingly important role in membrane science and engineering. In this presentation, the recent computational studies on membrane separation will be discussed for both crystalline and amorphous membranes. For the crystalline, the focus is metal-organic frameworks (MOFs), which provide a wealth of opportunities for engineering new membrane materials and have been considered as versatile candidates for many important applications such as CO2 capture, biofuel pervaporation and water desalination. For the amorphous, polymer membranes will be discussed in terms of gas and liquid separation, particularly the recently emerging organic solvent nanofiltration through microporous polymer membranes. The presentation will demonstrate that computations at a molecular level can secure the quantitative interpretation of experimental observations, provide microscopic insights from bottom-up, and would facilitate the development of new membranes. |
