Applications of Visible and Ultraviolet Spectrophotometry Across the Chemistry Curriculum

可见光和紫外光分光光度的新应用正在被引入下列化学课程的实验室：普通化学、仪器方法、物理化学、高级无机化学和光谱方法。对于普通化学实验室，低成本的单光束可见分光光度计正在与目前用于实验室其他用途的Macintosh计算机接口。由此产生的计算机控制的分光光度计使学生能够在常规基础上记录可见光谱。介绍了在定量分析、反应动力学研究和过渡金属络合物研究中的可见光分光光度法实验。上级化学实验室正在使用高分辨率的双光束分光光度计进行定量分析、有机化合物的紫外光谱、反应动力学研究、配位络合物研究以及分子光谱的振动和转动精细结构研究等实验。

New applications of visible and ultraviolet spectrophotometry are being introduced into the laboratories of the following chemistry courses: General Chemistry, Instrumental Methods, Physical Chemistry, Advanced Inorganic Chemistry, and Spectroscopic Methods.For the General Chemistry laboratory low- cost, single beam visible spectrophotometers are being interfaced to Macintosh computers currently being used for other applications in the laboratory. The resulting computer controlled spectrophotometer is giving students the capability to record visible spectra on a routine basis. Experiments are being introduced involving visible spectrophotometry in quantitative analysis, in the study of reaction kinetics, and in the study of transition metal complexes.For the upper level chemistry laboratories a high resolution, double-beam spectrophotometer is being used in experiments involving quantitative analysis, ultraviolet spectra of organic compounds, the study of reaction Kinetics, the study of coordination complexes, and the study of vibrational and rotational fine structure of molecular spectra.