Integration of FT-NMR into the Chemistry Curriculum

250 MHz傅里叶变换核磁共振波谱仪将同时影响授课和实验课程。授课课程将介绍傅立叶变换核磁共振光谱学的理论基础，并介绍各种应用。实验室课程将提供FT-核磁共振操作的实际经验和解释光谱数据的广泛实践。有机化学实验室将强调FT-核磁共振的常规操作和典型质子和C-13谱的分析，包括二维H，C相关谱。初级课程将介绍变温傅立叶变换核磁共振来学习构象分析，并将从核磁共振谱中提取物理化学参数。高年级学生将学习获得更复杂的光谱，如DEPT和APT。他们将在其他原子核的核磁共振方面获得实际经验，包括B、Ga、Fe、Mo、N和P以及其他具有核磁共振活性的金属元素。受赠人将与来自非联邦来源的NSF奖励相匹配。

A 250 MHz Fourier transform nuclear magnetic resonance spectrometer will affect both lecture and laboratory courses. Lecture courses will present the theoretical basis of FT-NMR spectroscopy and introduce various applications. Laboratory courses will provide practical experience in operation of the FT-NMR and extensive practice in interpretation of spectral data. Routine operation of the FT-NMR and analysis of typical proton and C-13 spectra, including two dimensional H,C correlation spectra, will be stressed in the organic chemistry laboratory. Junior level courses will introduce variable temperature FT-NMR to learn conformational analysis, and physicochemical parameters will be extracted from NMR spectra. Seniors will learn to obtain more complex spectra such as DEPT and APT. They will gain practical experience with the NMR of other nuclei including B, Ga, Fe, Mo, N, and P together with other NMR-active metallic elements. The grantee will match the NSF award from non-federal sources.