FT NMR, a Key Instrument for Undergraduate Education in Chemistry

傅里叶变换核磁共振（FT-NMR）是化学家使用的重要工具，应成为科学家本科教育的重要组成部分。试图在本科课程中实施FT-NMR会遇到两个问题：仪器的费用和持续的维护成本。这个解决方案具有教育、科学和经济价值。将新的电子设备和新的C13探针Anasazi ERT60/90系统添加到现有的永磁体上，创建了一个可以以中等成本进行多核、一维和二维FT-NMR的系统。一系列的项目充分利用了该系统易于收集的数据，在学生的四年教育中使用，无论是专业还是非专业。去年夏天，一名大学生看到了这个新系统的演示，他说：“未来的有机学生会因为你得到这个仪器而爱上你的。”*

Fourier-transform nuclear magnetic resonance (FT-NMR) is an essential tool used by chemists and should be an essential part of the undergraduate education of scientists. Two problems meet those attempting to implement FT-NMR in the undergraduate curriculum: the expense of the instrument and the ongoing maintenance cost. This solution has educational, scientific, and economic merit. The addition of a new electronics and a new C13 probe, the Anasazi ERT60/90 system, to an existing permanent magnet creates a system that can do multinuclear, 1- and 2-dimensional FT-NMR at a moderate cost. A series of projects take advantage of this system's ease of gathering data to use throughout a student's 4-year education, for both majors and nonmajors. An undergraduate who saw this new system demonstrated last summer remarked "organic students in the future will love you for getting this instrument." *