论文部分内容阅读
利用动态响应方法,对乙烯在银催化剂上环氧化反应的基元过程序列结构和动力学进行了系统的实验和模型化研究,为从理论上考察这一反应体系在浓度强制振荡条件下的时间平均性能与基元过程动力学的相互关系,为建立适当的模型来描述浓度强制振荡过程提供了必要的条件.
The structure and kinetics of the elementary process of epoxidation of ethylene on silver catalyst were systematically investigated and modeled by the dynamic response method. In order to theoretically investigate the structure and kinetics of the elementary process of epoxidation of ethylene on silver catalyst under conditions of concentration-forced oscillation The relationship between the time-averaged performance and the elementary process dynamics provides the necessary conditions for establishing an appropriate model to describe the concentration-forced oscillation process.