Modern NMR in Undergraduate Teaching and Research

分子结构在所有化学研究中都是至关重要的。 自20世纪50年代以来，有两种技术彻底改变了结构测定的科学：X射线晶体学，特别是随着直接方法的发展，以及核磁共振（NMR）光谱学。 该项目将现代NMR纳入本科课程和本科研究。 核磁共振实验和理论的日益复杂的介绍开始在大二。 在使用核磁共振的本科生研究中，有环境毒理学和艺术保护项目。 *

Molecular structure is of central importance in all chemical research. Since the 1950s, two techniques have revolutionized the science of structure determination: x-ray crystallography, particularly with the development of direct methods, and nuclear-magnetic resonance (NMR) spectroscopy. This project incorporates modern NMR into the undergraduate curriculum and undergraduate research. NMR experiments and theory of increasing sophistication are introduced starting in the sophomore year. Among the undergraduate research that uses NMR are projects in environmental toxicology and art conservation. *