NMR Instrumentation for Undergraduate Instruction

核磁共振方法学可能已经成为化学分析中最通用的技术，在化学的每个分支中都有应用。与最先进的设备一起工作的兴奋感是吸引优秀学生从事科学事业的一个重要因素。《分析》为介绍核磁共振的概念和技能提供了一个理想的形式，为三年级学生提供了两个学期的项目式实验课程，将化学科学、合成和分析的互补方法联系起来，并为学生的独立研究做好准备。核磁共振波谱仪也将提供给该部门化学部门支持的NSF本科项目研究经验的参与者。这项来自化学共享仪器计划的ILI奖将帮助波士顿大学化学系获得一台核磁共振光谱仪，用于加强本科生的实验室教学和本科生的独立研究。

NMR methodology has become probably the most versatile technique in chemical analysis, finding application in every branch of chemistry. The excitement of working with state-of-the-art equipment is an important factor in attracting top students into scientific careers. Analysis, provides an ideal format for introducing the concepts and skills of NMR and a two-semester projects-style laboratory course, intended for juniors, will link the complementary approaches of chemical science, synthesis and analysis, and serve to develop a readiness for independent research in students. The NMR spectrometer will also be available to participants in the Department's Chemistry Division supported NSF Research Experiences for Undergraduate Program. This ILI award from the Chemistry Shared Instrumentation Program will help the Department of Chemistry at Boston University to acquire an NMR spectrometer that will be used to enhance undergraduate laboratory instruction and undergraduate independent research.