Fundamental Studies of Electrochemistry in Zeolites: Solid-State Electrochemical Microcells

这一女性职业发展研究机会奖项目是在分析和表面化学的一般领域，以及在电化学的子领域。从1987年7月1日开始的两年内，邵逸夫教授将在开发固态微电池方面利用沸石的独特性质。这些带有微电极的沸石单晶应该能够在气体和固态离子导体的伏安法方面进行激动人心的新的实验工作，更好地理解分子筛修饰电极中的电荷传播，以及新的沸石-聚合物复合电极材料的电制备。在这项工作中，Shaw教授的研究能力将通过她在拉曼光谱方面的专业知识而得到加强，她将利用这些专业知识开发用于拉曼微探针光谱电化学的沸石微池。

This Research Opportunities for Women Career Advancement Award project is in the general area of analytical and surface chemistry and in the subfield of electrochemistry. During the two year period beginning 1 July 1987, Professor Shaw will exploit the unique properties of zeolites in the development of solid state microcells. These single crystals of zeolites with attached microelectrodes should enable exciting new experimental work in the voltammetry of gases and solid state ionic conductors, an improved understanding of charge propagation in zeolite modified electrodes, and the electropreparation of new zeolite-polymer composite electrode materials. In the course of this work, Professor Shaw's research capabilities will be enhanced through her acquiring expertise in Raman spectroscopy which she will use in the development of a zeolite microcell for Raman microprobe spectroelectrochemistry.