首页> 外文期刊>Journal of Nano Education: A Journal Dedicated to All Aspects of Nano Education in Science, Technology, Engineering, and Medicine >The Influence of a Teaching Model in Nanotechnology on Chemistry Teachers' Knowledge and Their Teaching Attitudes
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The Influence of a Teaching Model in Nanotechnology on Chemistry Teachers' Knowledge and Their Teaching Attitudes

机译:纳米技术教学模式对化学老师知识及其教学态度的影响

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Nanochemistry is an important new scientific field. In order to teach nanochemistry, chemistry teachers should learn this new topic, understand it, and feel confident enough to teach it in school. Here we present the use of a simple teaching model in nanotechnology, and discuss how it influenced chemistry teachers with different backgrounds in nanochemistry. The goal of this research was to learn how the AFM teaching model influenced teachers' understanding of the AFM, and how they felt about using the teaching model with their students. The results show that the teaching model improved the teachers' knowledge and positively affected their attitudes towards using it in school and towards teaching nanochemistry.
机译:纳米化学是重要的新科学领域。为了教授纳米化学,化学老师应该学习,理解这一新主题,并有足够的信心在学校教授它。在这里,我们介绍了在纳米技术中使用简单的教学模型,并讨论了它如何影响具有不同化学背景的化学老师。这项研究的目的是了解AFM教学模式如何影响教师对AFM的理解,以及他们对与学生一起使用该教学模式的感觉。结果表明,该教学模型提高了教师的知识水平,并积极影响了他们在学校中使用它以及对纳米化学教学的态度。

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