Practical, Hands-on NMR Spectroscopy Throughout the Chemistry Curriculum

化学(12)我们正在通过这个CCLI-A和AMP；I项目解决本科生和非STEM专业的学生使用现代核磁共振波谱实践经验有限的问题。我们为化学、生物化学、生物学、环境科学和教育专业的学生以及健康预科专业的学生提供核磁共振波谱学方面的指导。学生在实践中使用核磁共振，在多门课程中，在不断提高的复杂程度上。普通化学专业的学生在涉及化合物鉴定的入门实验中使用核磁共振。有机化学专业学生在结构测定和平衡实验中使用质子、碳13、多脉冲和二维核磁共振。在物理与分析化学这门高级选修课和本科生研究中，学生使用核磁共振和缓存建模来确定结构、平衡和动力学分析，以及环境取证调查。我们相信，这个项目为学生提供了对核磁共振的更好的理解，并使用这一最重要的技术来解决各种与化学有关的问题。同样重要的是，我们认为亲手使用核磁共振可以帮助学生克服使用先进仪器的恐惧。我们的目标是，完成相关课程的学生将继续进行研究生学习，并加入科学技术大军，对核磁共振波谱有更深入的第一手了解。

Chemistry (12) We are addressing the problem of limited hands-on experience undergraduate STEM and non-STEM majors have with modern NMR spectroscopy with this CCLI-A&I project. We are providing instruction in NMR spectroscopy to Chemistry, Biochemistry, Biology, Environmental Science and Education majors, as well as pre-health profession students. Students use NMR in a hands-on capacity, in multiple courses, at increasing levels of sophistication. General chemistry students use NMR in an introductory experiment involving compound identification. Organic chemistry students use proton, carbon-13, multi-pulse, and 2-D NMR in structure determination and equilibrium experiments. In Physical and Analytical chemistry, an upper-level elective course and undergraduate research, students use NMR and CAChe modeling for structure determination, equilibrium and kinetic analyses, and an environmental forensics investigation. We believe that this project provides the students an enhanced understanding of NMR and the use of this most important technique in solving a variety of chemically related problems. Just as important, we feel hands-on use of the NMR helps students overcome apprehension in using advanced instruments. It is our goal that students completing the courses involved will go on to graduate study and join the science and technology workforce with an enhanced, first hand understanding of NMR spectroscopy.