摘要
本文结合国内外储能材料及其制备技术发展现状和该课程的知识体系特点,从教学内容、实践教学、教学方法等方面进行了探索改革,针对性提出在教学过程应紧密结合地方产业,理论教学与实践教学并重,注重提高学生的动手能力与创新意识,从而实现教学质量的提高。
Based on the development status of energy storage materials and the characteristics of the knowledge system of this course, this paper reports the teaching process should be closely integrated with local industries from the aspects of teaching content, practical teaching and teaching methods. Both theory and experiment teaching should focus on improving students' hands-on ability and innovative consciousness, thus achieving the improvement of teaching quality.
引文
[1]王建利,唐钢.中国矿业大学理学院.储能材料与制备技术课程建设的改革与实践[J].学园,2014,(1):27-28.
[2]肖进,袁洪春,熊超,陈磊,赵宇,杜文汉,朱锡方.新能源科学与工程专业新能源材料课程的教学探索与实践[J].新课程,2015,(11):29-30.
[3]鲍俊杰.基于行动导向教学法的锂离子电池教学探索[J].广州化工,2017,(1):145-147.
[4]潘启勇,钱斌,李俊峰,张根华,冀宏,等.新能源科学与工程试验教学中心的建设实践[J].实验技术与管理,2016,(33):171-174.