基于虚拟仿真技术的高校物理化学实验创新性教学研究
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2020 年度河南省教师教育课程改革研究项目( 2020-JSJYYB- 135)?河南省教育科学“十三五” 规划一般课题 (〔2019〕-JKGHYB-0309)?信阳学院教学改革重点项目(2019ZJG02)?


Study on Innovative Teaching of Physical Chemical Experiment in Colleges
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    摘要:

    实验是高等学校化学专业的基础必修课程ꎬ由于教学模式及客观因素的限制ꎬ传统实验教学方法不再适应新时代学 生发展的需求ꎮ 随着信息技术的发展ꎬ虚拟仿真技术逐渐走进课堂ꎬ通过虚拟仿真技术进行实验教学不仅使学生获得和真实 课堂教学一致的体验ꎬ而且能够延伸实验教学内容的广度和深度ꎬ这对于提升实验教学质量和实现创新型人才培养目标极其 有利ꎮ 它所具有的可重复性、安全性、创新性等优点极大地弥补了传统实验教学的不足之处ꎬ为实验教学开辟了新的途径ꎮ 以物理化学经典实验“二元合金相图的绘制”为例ꎬ从教学设计思路、教学设计过程和教学效果分析 3 个角度进行创新性教学 改革探讨ꎮ

    Abstract:

    Chemical experiment is a compulsory course for college chemistry. Due to limitations of teaching mode and other objective factorsꎬ traditional experimental teaching is not conducive to students′ innovative ability. With the development of information technologyꎬ virtual simulation technology are increasingly adopted in chemistry classesꎬ which can not only help students obtain consistent experience with real experiment teachingꎬ but also help to expand the breadth and depth of experiment teaching materialsꎬ thus improving the quality of experiment teaching and greatly contributing to the education goal of cultivating innovative talents. Its repeatabilityꎬ safety and innovation maximally make up the deficiencies of tradi ̄ tional experiment teaching and open up a new path for experiment teaching. In this paper we discuss our innovative teach ̄ ing reform from three aspects: teaching design ideaꎬ teaching design process and teaching effect analysis by taking the classic physical and chemical experiment of “the drawing of binary alloy phase diagram" as an example.

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刘仁植ꎬ鲁 辉ꎬ常 笑.基于虚拟仿真技术的高校物理化学实验创新性教学研究[J].西昌学院学报(自然科学版),2021,35(2):124-128.

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  • 在线发布日期: 2021-07-27