首页|"物理化学"课程教学:探索思政教育与科技前沿融合的实践路径——以燃料电池的电极极化为例

"物理化学"课程教学:探索思政教育与科技前沿融合的实践路径——以燃料电池的电极极化为例

扫码查看
"物理化学"是化学及材料、生物、环境等专业的基础理论课程,对于培养具有创新能力和高素质应用型人才具有重要作用.随着时代的发展,课程改革与创新成为教育领域的重要议题.以燃料电池的电极极化为教学改革案例,详细介绍了一种融合理论教学、学科前沿技术、课程思政相结合的教学模式.通过这种教学模式,旨在激发学生的学习兴趣,提升"物理化学"课程的教学效果和学生的创新实践能力,构建"物理化学"课程思政教学新体系.
Exploring the Integration of Technology and Ideological and Political Education in Physical Chemistry Teaching——Taking Fuel Cells as an Example
Physical chemistry,as the core of the discipline of chemistry,plays an important role in cultivating innovative and high-quality application-oriented talents.With the development of the times,curriculum reform and innovation has become important issues in the field of education.Using the electrode polarization of fuel cells as a teaching case,this article provides a detailed introduction to a teaching model that combines theoretical teaching,cutting-edge technology in the field,and ideological and political education in the curriculum.This model aims to stimulate students'interest in learning,enhance the teaching effectiveness of physical chemistry courses and students'innovative practical abilities,and construct a new ideological and political teaching system for physical chemistry courses.

physical chemistrycurriculum ideology and politicsfrontier technologiesfuel cellspolarization effect

王静、翟倩倩、罗月会

展开 >

济宁学院 物理与电子工程学院,山东 曲阜 273155

物理化学 课程思政 科技前沿 燃料电池 电极极化

2024

济宁学院学报
济宁学院

济宁学院学报

影响因子:0.175
ISSN:1004-1877
年,卷(期):2024.45(6)