首页|储能科学与工程电化学类新形态立体化教材建设与实践——以《电化学基础教程》为例

储能科学与工程电化学类新形态立体化教材建设与实践——以《电化学基础教程》为例

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随着现代信息技术的发展,运用互联思维打造立体化教材已经成为高校教材改革的趋势.储能科学与工程作为新兴专业,面临着紧迫的教材体系建设任务.本文以《电化学基础教程》立体化教材的设计与实施为例,从解决教学问题的方法入手,提出了新形态立体化教材的建设路径和一些行之有效的建设方法.希望能为新形态教材改革提供有益思路.
Construction and Practice on New Form Stereoscopic Textbook of Electrochemistry for Energy Storage Science and Engineering:Taking Basic Course of Electrochemistry as an Example
With the development of modern information technology,the use of interconnected thinking to create stereoscopic textbooks has become a trend in the reform of university textbooks.Energy storage science and engineering,as an emerging profession,is facing an urgent task of constructing a textbook system.This article takes the design and implementation of the stereoscopic textbook Basic Course of Electrochemistry as an example,starting from the methods of solving teaching problems,proposes the construction path of a new form of stereoscopic textbook,and proposes some effective construction methods.And we hope to provide useful ideas for the reform of new form textbooks.

Energy storage science and engineeringTextbook constructionNew form stereoscopic textbookStereoscopic textbookElectrochemistry

朱永明、胡会利、于元春、李旭东、高鹏

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哈尔滨工业大学(威海)应用化学系,山东 威海 264209

储能科学与工程 教材建设 新形态教材 立体化教材 电化学

2024

大学化学
北京大学 中国化学会

大学化学

影响因子:0.636
ISSN:1000-8438
年,卷(期):2024.39(8)