Integration of Fourier Transform Nuclear Magnetic Resonance into the Chemistry Curriculum

使用核磁共振光谱学研究分子结构和动力学现在是一个有效的本科生化学课程的基本要素。康涅狄格学院化学系购买了一台250兆赫的FT-核磁共振，它集成在整个课程中。向一年级的学生介绍普通化学中的FT-核磁共振，希望这项令人兴奋的技术的引入将刺激学生继续学习科学。在有机化学、光谱方法、仪器方法、生物化学、物理化学以及有关无机化合物的合成和表征的新课程中，都包含了充分利用FT-核磁共振的具体应用。这些应用程序增强了对已引入课堂的理论概念的理解。此外，本科生对教师指导的研究的参与度很高，而且还在不断扩大。FT-核磁共振的可获得性增强了学生进行成功项目的能力。该机构正在将NSF的拨款与同等数额的资金相匹配。

The use of NMR spectroscopy to study molecular structure and dynamics is now an essential element of an effective undergraduate chemistry program. The Chemistry Department at Connecticut College purchased a 250Mhz FT-NMR which is integrated throughout the curriculum. Students at the freshman level are introduced to FT-NMR in general chemistry with the hope that this introduction to this exciting technology will stimulate the students to continue to study sciences. Specific applications exploiting the full capabilities of the FT-NMR are incorporated into organic chemistry, spectroscopic methods, instrumental methods, biochemistry, physical chemistry, and the new course on synthesis and characterization of inorganic compounds. These applications enhance the understanding of theoretical concepts already introduced into the classroom. Also, undergraduate participation in faculty directed research is strong and expanding. The availability of FT-NMR enhances the ability of the students to carry out successful projects. The institution is matching the NSF grant with an equal amount of funds.