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3D Printing in Chemistry Teaching: From a Submicroscopic Molecule to Macroscopic Functions - Development of a Molecular Model Set and Experimental Analysis of the Filaments

机译:化学教学中的3D打印:从亚微观分子到宏观功能-分子模型集的开发和细丝的实验分析

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In the last few years high quality 3D printing has become quite inexpensive. Therefore, a look at its possible applications in school chemistry teaching seems worthwhile. This article deals with a project to engage upper school students in the development and production of their own molecular model set using a computer-aided design (CAD) program and a 3D printer. The presented teaching unit can be integrated into regular chemistry classes with six to eight lessons or can be offered as an elective lesson course. Part of this teaching unit is the investigation of different 3D print filaments to elaborate their chemical structure-properties-relations. The filaments are characterized by their melting behavior and by further chemical analysis.
机译:在过去的几年中,高质量的3D打印已经变得相当便宜。因此,看一下它在学校化学教学中的可能应用似乎是值得的。本文涉及一个项目,该项目使用计算机辅助设计(CAD)程序和3D打印机,使高中生参与他们自己的分子模型集的开发和生产。所提出的教学单元可以与六到八节课的常规化学课结合在一起,也可以作为选修课提供。该教学单元的一部分是研究不同的3D打印灯丝,以阐明它们的化学结构-特性-关系。细丝的特征在于其熔融行为和进一步的化学分析。

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