首页|《电化学基础》课程开放性实验设计教改探索

《电化学基础》课程开放性实验设计教改探索

扫码查看
面向国家能源战略及新能源产业的需求,教育部近年设立了一批新能源相关专业,电化学在新能源领域发挥着越来越重要的作用,因此《电化学基础》是本专业的教学重点内容.但是在教学过程中发现,仅通过课堂教学让学生理解一些概念十分困难.基于此,本文以电解水制氢反应为模型,进行《电化学基础》课程开放性实验设计,让本科生进入实验室,完成制氢反应NiCoP纳米电催化剂的制备、物相组成和微观结构分析,并测试催化剂的电解水制氢极化曲线研究其催化性能,通过分析不同测试条件下催化剂的极化曲线特征加深对电化学重要知识点-极化作用的认识,同时培养学生的科研兴趣,提升学生的实践能力和创新思维.
Exploration of Open Experiment Design Teaching Reform on Fundamentals of Electrochemistry Course
Ministry of Education has established a number of new energy related majors in recent years to meet the the national energy strategy and the needs of the new energy industry.Electrochemistry plays an increasingly important role in the field of new energy,so fundamentals of Electrochemistry is the teaching important contents of this major.However,it has been found that it is very difficult for students to understand some concepts solely through classroom teaching.Taking the hydrogen production by water electrolysis process as a model,an electrochemical open experiment was designed and conducted,allowing undergraduate students to complete the preparation,phase composition,and microstructure analysis of NiCoP nanocatalysts,and test the polarization curve of the catalyst in hydrogen produce process to study its electrocatalytic performance in laboratory.By analyzing the characteristic of the polarization curve under different testing conditions,the understanding of the important electrochemical knowledge-polarization effect was deepened,students'scientific research interest was cultivated,their practical ability and innovative thinking were enhanced.

open experimentfundamentals of electrochemistrypolarization effecttransition metal phosphideswater electrolysis for hydrogen

林燕、杨鑫、李国强、于昊、卢晓

展开 >

山东科技大学储能技术学院,山东 青岛 266590

开放实验 电化学基础 极化作用 过渡金属磷化物 电解水制氢

2025

广州化工
广州市化工行业协会 广州市化学化工学会 广州市化学工业研究所

广州化工

影响因子:0.358
ISSN:1001-9677
年,卷(期):2025.53(1)