催化反应在绿色可持续化学的发展过程中发挥着至关重要的作用。近年来，协同催化（即多位点协同进行化学催化）的概念引起了研究领域的广泛关注。协同催化突破了传统催化单一位点的局限性，为催化剂设计带来全新的思路。在本报告中，我将从分子催化、生物催化和异相催化三个维度分别介绍我们近期在协同催化方面所取得的重要进展，借此向大家展示协同催化概念针对诸多类型催化剂设计的通用性和适用性。
Catalysis has an important role in green and sustainable chemistry. The notion of cooperative catalysis, whereby more than one chemical entities work together to catalyze a chemical process, has gained momentums in recent years. Such cooperative catalysis may bring in new tools in catalyst design, and may overcome limitations of single-site catalysis. In this presentation I will describe several recent examples of our work covering cooperative catalysis in the three separate domains of catalysis: molecular, bio, and hetereogeneoues (electro) catalysis. I hope to demonstrate cooperative catalysis as a universal design principle for all types of catalysts.
嘉宾介绍
胡喜乐
欧洲科学院院士