摘要
本文提出了"仿真实验-装置实验-远程实验"的"三位一体"的教学思想。介绍了化工原理实验教学装置的具体设计及其先进性以及"实验-监控"控制软件和"基于装置数据的仿真实验"软件的功能和用途。在实际教学中,学生通过实验验证了化工原理的理论知识,增强了工程观念,培养了"先进动手能力"、自主设计能力以及远程分析、解决工程问题的能力。开放式、自主式的教学模式将有效提高学生的自主自学和实践动手能力。
This paper presented the"trinity"teaching idea of"simulation experiment-device experiment-remote experiment",introduced the specific design and advancement of the experimental teaching equipment of chemical engineering principle,as well as the functions and uses of the control software of"experiment-monitoring"and the software of"simulation experiment based on device data".In the practical teaching,the students had verified the theoretical knowledge of chemical engineering principles through experiments,enhanced the concept of engineering,cultivated abilities of advanced operation,independent design,remote analysis and solution of engineering problems.The open and independent teaching mode will effectively improve students’self-study and practical ability.
作者
李小保
李力成
陈慕华
顾晓利
杨会
高领
张宇
Li Xiaobao;Li Licheng;Chen Muhua;Gu Xiaoli;Yang Hui;Gao Ling;Zhang Yu(College of Chemical Engineering,Nanjing Forestry University,Jiangsu,210037;Xiyifu Technology Co.,Ltd,He'nan,450001)
出处
《当代化工研究》
2020年第22期94-96,共3页
Modern Chemical Research
基金
林产化学与材料国际创新高地项目(江苏省人民政府与国家林业和草原局共建)
国家一流学科建设项目(林业工程)
农林生物质资源化学利用国家重点实验室培育点项目。
关键词
化工原理实验
三位一体
先进装置
监控软件
chemical engineering principle experiment
trinity
advanced device
monitoring soft
