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The Hydrogen Atom Spectrum: Experimental Analysis Using Iterative Model Building

机译:氢原子光谱:使用迭代模型构建的实验分析

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摘要

The principles of process-oriented guided inquiry learning (POGIL) are applied to the analysis of the emission spectrum of atomic hydrogen. Over the course of three learning cycles, students construct the hydrogen atom’s energy level diagram and assign quantum numbers using their measurements of the Balmer series plus additional information on the emission lines in the Lyman and Paschen series. This guided inquiry approach to the hydrogen emission spectrum, which was developed as part of the POGIL Physical Chemistry Laboratory Project, has been tested at several institutions with a variety of spectroscopic instruments. The analysis leading to the assignment of quantum numbers requires simple and inexpensive supplies: rulers, colored pens, and long strips of paper.
机译:面向过程的引导探究学习(POGIL)原理被应用于原子氢发射光谱的分析。在三个学习周期中,学生构建氢原子的能级图,并使用他们对 Balmer 系列的测量值以及 Lyman 和 Paschen 系列中发射线的附加信息来分配量子数。这种针对氢发射光谱的引导式探究方法是作为POGIL物理化学实验室项目的一部分开发的,已在多家机构使用各种光谱仪器进行了测试。导致量子数分配的分析需要简单而廉价的用品:尺子、彩色笔和长条纸。

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