Incorporation of Modern NMR Spectroscopy into an Undergraduate Curriculum

9451456威廉姆斯这个项目旨在提升有机化学、分析化学和物理化学的核磁共振教学，并通过学生使用FT-核磁共振光谱仪取代计算机模拟和影印件来促进本科生的研究。有机化学实验室将被分成几个“迷你研究”项目，所有这些项目都将使用核磁共振对产物进行表征和对反应混合物进行分析。定量分析的学生将观察到两个可交换质子的单一信号，并将其与混合物的浓度联系起来。仪器分析专业的学生将在不同的实验条件下测定信噪比和分辨率。在物理化学实验室，核磁共振将在涉及弛豫时间、磁化率和无机合成的实验中不可或缺。该项目的实施将极大地影响弗朗西斯·马里恩大学化学课程提供的教育水平。

9451456 Williams This project proposes to upgrade the teaching of NMR in organic chemistry, analytical chemistry & physical chemistry and facilitate undergraduate research, through the replacement of computer- simulations and photocopies with hand-on use of an FT-NMR Spectrometer by students. The organic chemistry lab will be divided into "mini-research" projects all of which will employ NMR for the characterization of products and the analysis of reaction mixtures. Students in Quantitative analysis will observe a single signal for 2 exchangeable protons and relate it to the concentration of the mixture. Instrumental Analysis students will determine the signal to noise ratio and resolution under various experimental conditions. In the Physical Chemistry lab NMR will be integral in experiments involving relaxation times, magnetic susceptibility and inorganic synthesis. Implementation of this project will considerably affect the level of education offered by the Chemistry Program at Francis Marion University.