Nuclear Magnetic Resonance Spectroscopy in Undergraduate Chemistry Instruction

这个项目在阿肯色学院的本科课程中实现了核磁共振的使用。该仪器影响物理、仪器和有机实验室。通过强调仪器的工作原理、功能、光谱解释和结构解析，该仪器在仪器化学中得到了应用。在有机化学中，核磁共振与FTIR和紫外可见光谱仪一起用于阐明结构，确定未知，并分析合成产物。在物理化学中，核磁共振用于研究三组分相图。每个学生在先进的化学受益于实践经验与核磁共振。该机构正以等额的资金配合国家科学基金的拨款。

This project implements the use of NMR in the undergraduate curriculum at Arkansas College. This instrument impacts on the Physical, Instrumental and Organic laboratories. The instrument is utilized in instrumental chemistry by emphasizing how the instrument works, its capabilities, spectral interpretation and elucidation of structures. In organic chemist the NMR is used in conjunction with the FTIR and UV- Visible spectrometers to elucidate structures, to determine unknowns, and to analyze products form syntheses. For Physical Chemistry, the NMR is used for the investigation of a 3-component phase diagram. Each student in advanced chemistry benefits from hands-on experience with the NMR. The institution is matching the NSF grant with an equal amount of funds.