基于化工卓越人才培养的化工原理实验教学模式改革与探索

doi:10.3866/PKU.DXHX202105066

Abstract

Abstract:

Outstanding engineer cultivation is the core objective of emerging engineering education. In view of the problems in the current laboratory practice of chemical engineering principles, Jiangnan University explores laboratory teaching reform of chemical engineering principles from the perspective of emerging engineering education, which aims to intensify the combination of imparting knowledge and educating people. This new laboratory teaching system lays a foundation for the cultivation of chemical outstanding engineers with high research and innovation ability, engineering practice ability, sense of social responsibility and international vision.

Key words: Emerging engineering education, Chemical engineering principle laboratory, Teaching reform, Chemical outstanding engineers

Xin Chen, Liangliang Dong, Guoyun Tu, Chunfang Zhang, Yunxiang Bai. Exploration of Reform on Teaching of the Chemical Engineering Principle Laboratory Based on Chemical Outstanding Engineers Cultivation[J].University Chemistry, 2021, 36(11): 2105066.

Figures/Tables 4

References 8

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实验内容	思政切入点	思政元素
流体流动阻力实验	牛顿、雷诺、顾毓珍等科学家；直管阻力损失	创新科学精神、民族自豪感、社会责任感、逻辑思辨能力
离心泵性能曲线测定	离心泵的管路和选型、伯努利方程	领悟科学思维、掌握研究方法、探索精神、环保理念
换热器传热系数测定	流量计的校正	科学严谨的态度
蒸发传热系数测定	在求解时反复迭代试差	提高抗挫能力
精馏塔效率测定	回流比、溶剂回收、冷凝水再利用	EHS理念(环境Environment、健康Health、安全Safety)
吸收系数测定	液气比、尾气处理	资源有效利用、绿色化工理念
萃取率测定	溶剂用量、废液处理、分离过程	资源有效利用、绿色化工理念、量变到质变的哲学观点

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Exploration of Reform on Teaching of the Chemical Engineering Principle Laboratory Based on Chemical Outstanding Engineers Cultivation

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