Dynamics of Heterogeneous Reactions

本项目为分析与表面化学项目，重点研究非均相反应动力学，具有长期的技术相关性。普林斯顿大学的Andrew B. Bocarsly教授和他的学生将使用分子束、表面光谱和微观方法以及流动反应器研究来表征这些反应，以便开发这些过程的模型。催化分解和氧化反应将被详细研究。许多技术上重要的过程发生在气、液相反应物和固体表面之间。这些非均相反应可以提高重要工业过程的效率，并可用于限制许多普通过程流出物中不需要的成分的数量。Bocarsly教授和他在普林斯顿大学的学生将研究涉及一氧化碳和氮氧化物的反应，以及制备具有理想催化性能的固体表面的工艺。

This project, having long-term technological relevance, is supported in the Analytical and Surface Chemistry Program, and focusses on the study of heterogeneous reaction dynamics. Professor Andrew B. Bocarsly and his students at Princeton University will use molecular beams, surface spectroscopic and microscopic methods, and flow reactor studies to characterize the reactions so that models for these processes can be developed. Catalytic decomposition and oxidation reactions will be studied in detail. Many technologically important processes occur between gas and liquid phase reactants and solid surfaces. These heterogeneous reactions can increase the efficiency of important industrial processes and be used to limit amounts of undesirable constituents present in effluents from many common processes. Professor Bocarsly and his students at Princeton University will study reactions involving carbon monoxide and nitrogen oxides as well as processes for preparing solid surfaces that have desired catalytic properties.