CAREER:Elucidating the Reaction Dynamics of Environmentally Important Halogenated Compounds

华盛顿大学的菲利普·里德获得了职业奖 在实验物理化学计划，研究反应动力学 重要的环境化合物。 里德将专注于浓缩 卤代氧化物和其他卤代物种的相反应。 共振 拉曼强度分析或时间分辨共振拉曼光谱 将被用来研究从初始激发态 核演化到基态光产物的出现。 教学计划将涉及新课程的创建， 教学工具，以加强本科化学课程。 网络教学与物理化学新课程 环境科学家正在开发一个响应 最近在环境教育中创建了跨学科计划。 华盛顿大学的本科生和研究生 将参与太平洋西北国家大学的合作研究 Laboratories.

Philip Reid of the University of Washington has received a CAREER award in the Experimental Physical Chemistry Program to study reaction dynamics of environmentally important compounds. Reid will focus on condensed phase reactions of halooxides and other halogenated species. Resonance Raman intensity analysis or time-resolved Resonance Raman spectroscopy will be used to investigate the reactivity from initial excited-state nuclear evolution to the appearance of ground state photoproducts. The teaching program will involve the creation of new courses and instructional tools to enhance the undergraduate chemistry curriculum. Internet-based teaching methods and a new course in physical chemistry for environmental scientists are being developed in response to a recently created interdisciplinary program in environmental education. Undergraduate and graduate students from the University of Washington will participate in collaborative research at Pacific Northwest National Laboratories.