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Application of Systems Thinking in Innovative Teaching Pattern— Chemistry Teaching in High Schools

机译:系统在高中创新教学模式教学中的应用

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In chemistry teaching as part of school education, we should endeavor to link classroom knowledge with scientif ic practice, to initiate the creativeness and the attitude of observation, imagination, excitation and suspension in their scientific activities. Systems thinking, as a new pattern of thinking and a new method to foster innovation ability, has already accumulated extensive sucessful experience in application in many fields. In the teaching practice of chemistry teaching in high school, we have used the application software reflecting systems thinking (STELLA) to make a series of teaching programs for experiment. Through a creative teaching process consisting of various levels, we use the modeling method to let students perform simulation experiments on some complicated chemical systems on the operation platform provided by STELLA software, so that processes of scientific research with condition control and factor analysis can be reproduced, and the ability of students in imagination, verification, analysis and evaluation can be developed during their independent study.
机译:在化学教学中作为学校教育的一部分,我们应该努力将课堂知识与科学的IC实践联系起来,以启动其科学活动中观察,想象力,激励和暂停的创造性和态度。作为一种新的思维模式和促进创新能力的新方法的体系,已经积累了许多领域的广泛成功经验。在高中化学教学的教学实践中,我们使用了反映系统的应用软件思考(斯特拉)来制定一系列实验教学计划。通过一个由各种级别组成的创造性教学过程,我们使用建模方法让学生对斯特拉软件提供的操作平台上的一些复杂化学系统进行仿真实验,因此可以再现与条件控制和因子分析的科学研究的过程而且学生在想象力,核查,分析和评估中的能力可以在他们的独立研究中开发。

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