Raman Spectrophotometry: A Multicourse Laboratory Introduction

在这个项目下，将拉曼光谱和共振拉曼光谱整合到本科课程中，从有机化学开始，通过分析化学、无机化学和物理化学的高级实验室。实验序列的制定既突出了拉曼光谱的用途，又显示了它对标准红外信息的补充。实验证明了拉曼光谱能够探测低频模式，获得混合物的定量信息，区分结构异构体和获得分子基本物理常数的值。

9450861 Strommen Under this project a concerted effort to integrate Raman and Resonance Raman spectroscopy into the undergraduate curriculum beginning with Organic Chemistry and proceeding through upper division laboratories in analytical, inorganic, and physical chemistry is being undertaken. The experimental sequence has been formulated to both highlight the uses of Raman spectroscopy and to show its complimentarity to standard IR information. The experiments demonstrate the ability of Raman spectroscopy to probe low-frequency modes, obtain quantitative information on mixtures, differentiate between structural isomers and obtain values for fundamental physical constants of molecules.