表面络合物分子模拟实验教学设计OA
Experimental Teaching Design for Molecular Simulation of Surface Complex
针对化工过程模拟教学过程中存在的问题,将二甲基胂酸表面络合物分子模拟引入到课堂教学中,系统论述了分子模拟教学实施过程中的教学目标、教学内容、教学形式、课程思政、教学评价等环节,助力化工过程模拟一流课程建设.通过对分子模拟教学实践的研究发现,微观结构的具象化、可视化能够提高学生对分子结构的认知,加深对化学反应机理的理解.分子模拟教学拓展了课堂教学内容,培养了学生的探索性思维能力,能有效提高学生化学素质,体现了课程高阶性.分子模拟教学运用小组汇报和讨论教学模式,使学生接触学科发展前沿,具有较强创新性.分子模拟教学对学生学习能力和教师教学能力有较高要求,充分体现课程挑战度.
In response to the problems existing in the teaching process of chemical process simulation,the simulation of surface complex molecules of dimethylarsonic acid is introduced into classroom teaching.The teaching objectives,teaching content,teaching form,course ideology,and teaching evaluation in the implementation process of molecular simulation teaching are systematically discussed to assist in the construction of first-class courses in chemical process simulation.Through the study of molecular simulation teaching practice,it has been found that the concretization and visualization of microstructure can improve students'understanding of molecular structure and deepen their understanding of chemical reaction mechanisms.Molecular simulation teaching expands classroom teaching content,cultivates students'exploratory thinking ability,effectively improves their chemical quality,and reflects the advanced nature of the curriculum.Molecular simulation teaching utilizes group reporting and discussion teaching modes to expose students to the forefront of disciplinary development with strong innovation.Molecular simulation teaching has high requirements for students'learning ability and teachers'teaching ability,fully reflecting the challenge of the curriculum.
陈素霞;张姿琪;赵志西
新疆师范大学教育科学学院,乌鲁木齐 830017||新疆医科大学马克思主义学院 乌鲁木齐 830000新疆师范大学化学化工学院,乌鲁木齐 830017
教育学
实验教学设计分子模拟表面络合物二甲基胂酸
experimental teaching designmolecular simulationsurface complexdimethylarsonic acid
《实验科学与技术》 2024 (005)
40-46 / 7
新疆师范大学教改项目(SDJG2020-23);新疆维吾尔自治区社会科学基金项目(2024BJYX153).
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