Structural Analysis in the Undergraduate Curriculum Using High Field NMR

[9452149]华盛顿大学最近对化学课程进行了改革，旨在通过对化学核心课程材料进行创新性的重组，并将其与有意义的以发现为基础的实验经验联系起来，使学生认识和理解分子结构。全面实施后，该计划将加强对分子结构及其与化学反应性的关系的理解，通过广泛使用高场核磁共振光谱法，使用实验结构分析成为可能。学生将发现核磁共振波谱的理论和实践方面的影响，因为它是用来研究分子结构在我们的核心课程。随着学生继续学习化学课程，在理论和实践实验方面将有更高层次的复杂程度。从事个性化研究项目的化学专业也受益于高场核磁共振光谱仪的可用性。

9452149 Roat Changes recently undertaken in the Washington College Chemistry curriculum are designed to move students towards the recognition and understanding of molecular structure through innovative reorganization of chemistry core course materials and their correlation with meaningful discovery-based laboratory experiences. When fully implemented this program will reinforce understanding of molecular structure, and its relationship to chemical reactivity, using experimental structural analyses made possible through the extensive use of high-field nuclear magnetic resonance spectrometry. Students will discover the implications of theoretical and practical aspects of nmr spectroscopy as it is used to investigate molecular structure in our core curriculum. Higher levels of sophistication in theory and hands-on experimentation take place as students continue in the chemistry curriculum. Chemistry majors undertaking individualized research projects are also benefitting from availability of a high field nmr spectrometer.