负载型催化剂越来越多地应用于化工生产和科学研究之中。随着对催化作用及催化剂的研究的深入,催化剂的开发、研制工作正在从“实验型”向“设计型”过渡,载体是负载型催化剂的一个重要组成部分,因此,在催化剂的设计中如何选取合适的载体材料的问题越来越受到了人们的重视！ 传统的观点认为:载体在负载型催化剂中的作用仅仅是改善或改变了催化剂的物理 Supported catalysts are increasingly used in chemical production and scientific research. With the deepening of the research on catalysis and catalyst, the development of catalyst is moving from “experimental” to “design” and the carrier is an important part of the supported catalyst. Therefore, how to design a catalyst The issue of selecting the appropriate carrier material has drawn more and more attention from people! The conventional wisdom is that the role of supports in supported catalysts is merely to improve or change the physical properties of the catalyst