Introduction of Fourier Transform NMR Spectrometry into the Chemistry Curriculum

300 MHz傅里叶变换核 磁共振光谱法将向学生展示 傅立叶变换技术在光谱分析中的独特作用 应用. 核磁共振的理论和实践将是 介绍了有机化学和先进的FT NMR主题， 仪器分析课程中的实验。 FT NMR将 也包括在所有的实验室计划， 高级课程。 新的实验室实验将说明 多核共振、同核共振和异核共振 相关光谱，弛豫现象，和变量 温度研究。 高级学生将使用该仪器 在本科研究，这将大大加强 程序. 受赠者将与非联邦国家科学基金会的NSF奖相匹配 源

The incorporation of a 300 MHz Fourier transform nuclear magnetic resonance spectrometry will demonstrate to students the unique power of FT techniques in spectroscopic applications. The theory and practice of NMR will be introduced in organic chemistry and advanced FT NMR topics and experiments in the instrumental analysis course. FT NMR will also be included in the laboratory programs of all of the advanced courses. New laboratory experiments will illustrate multinuclear resonance, homonuclear and heteronuclear correlation spectroscopy, relaxation phenomena, and variable temperature studies. Advanced students will use the instrument in undergraduate research, which will greatly strengthen the program. The grantee will match the NSF award from non-federal sources.