Integration of NMR Spectroscopy Across the Undergraduate Chemistry Curriculum

化学(12)300 MHz、高场、宽带核磁共振将现代核磁共振技术集成到课程中，使教师能够极大地扩展实验室课程、独立学生项目和本科生研究能力的深度和广度。核磁共振允许在化学课程中增加一些实验。选择这些实验是为了向化学学生传达用现代核磁共振完成的实验的多功能性和动态范围。此外，选择实验室实验是为了在核磁共振波谱学方面建立坚实的基础，让学生在教师导师的指导下，开展更复杂的独立研究项目。

Chemistry (12) A 300MHz, high field, broadband NMR integrates modern NMR techniques into the curriculum and allows faculty to greatly expand the depth and breadth of laboratory courses, independent student projects, and undergraduate research capabilities. The NMR allows a number of experiments to be added across the chemistry curriculum. These experiments are chosen to communicate to chemistry students the versatility and dynamic range of experiments accomplished with a modern NMR. In addition, laboratory experiments are selected to build a strong foundation in NMR spectroscopy for students to launch, under the guidance of faculty mentors, more sophisticated independent research projects.