摘要
在核心素养导向的化学教学实践新时代背景下,基于化学学科理解构建相应主题的认识模型,提升教师的化学学科理解水平,进而开展素养为本的课堂教学促进教师专业发展,为化学教育理论和实践研究提供了重要的思路和方向。以电化学主题为例,基于化学学科理解构建其认识模型,以期其研究思路和过程对化学学科其他主题的理论和教学研究具有启示作用。
Under the new era of core literacy-oriented chemistry teaching practice, the cognitive model of corresponding topics is constructed based on the understanding of chemistry subject, which can improve teachers’ understanding level of chemistry subject, and then carry out literacy-oriented classroom teaching to promote teachers’ professional development, thus providing important ideas and directions for the theoretical and practical research of chemistry education. Taking electrochemistry as an example, this paper constructs its cognitive model based on the understanding of chemistry subject, hoping that its research ideas and process can enlighten the theory and teaching research of other chemistry subjects.
作者
单媛媛
郑长龙
SHAN Yuan-Yuan;ZHENG Chang-Long(Institute of Chemistry Education,Northeast Normal University,Changchun 130024,China)
出处
《化学教育(中英文)》
CAS
北大核心
2022年第23期56-60,共5页
Chinese Journal of Chemical Education
基金
全国教育科学规划教育部重点课题“教师课堂评价素养提升研究”(DHA180351)。
关键词
学科理解
电化学
化学史
认识模型
understanding of chemistry subject
electrochemistry
chemical history
cognitive model