离心泵汽蚀实验研究型教学方法探索

在科技迅猛发展和培养创新型人才前提下,研究型教学已成为高等教育探讨和实践行之有效的模式,该教学模式提倡学生主观参与、自主学习。针对传统实验存在的内容陈旧、教学模式机械、实验效果不好等问题,从研制高水平实验装置、自主选择设计性实验、实施师生互动和拓宽学习渠道等4个方面,介绍了在流体机械类课程离心泵汽蚀实验中开展研究型教学的探索和实践,教学质量明显提高,使专业课实验教学在培养学生的创新能力和科学素养方面发挥重要作用。...

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Bibliographic Details
Published in实验室研究与探索 Vol. 36; no. 7; pp. 185 - 188
Main Author 孙卓辉 王君 王振波 王龙庭
Format Journal Article
LanguageChinese
Published 中国石油大学(华东)化学工程学院,山东青岛,266580 2017
Subjects
汽蚀实验
研究型教学
离心泵
研究型教学
离心泵
research teaching
汽蚀实验
centrifugal pump
cavitation experiment
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Summary:在科技迅猛发展和培养创新型人才前提下,研究型教学已成为高等教育探讨和实践行之有效的模式,该教学模式提倡学生主观参与、自主学习。针对传统实验存在的内容陈旧、教学模式机械、实验效果不好等问题,从研制高水平实验装置、自主选择设计性实验、实施师生互动和拓宽学习渠道等4个方面,介绍了在流体机械类课程离心泵汽蚀实验中开展研究型教学的探索和实践,教学质量明显提高,使专业课实验教学在培养学生的创新能力和科学素养方面发挥重要作用。
Bibliography:centrifugal pump; cavitation experiment; research teaching
Under the premise of the rapid development of science and technology and the cultivation of innovative talents,the research teaching has become a hot topic in the discussion and practice of higher education. This teaching model initiates students＇ subjective participation and autonomous learning. In view of problems of traditional experiments,such as the old content,mechanical teaching mode,bad experimental effect,this paper introduces an exploration and practice of research oriented teaching in the experiment of centrifugal pump cavitation in the course of fluid machinery,including the development of a high level of experimental devices,independent choice of design experiments,the implementation of teacher-student interaction and broaden the learning channels. The effect is that the teaching quality is obviously improved,and the experiment teaching of specialized courses plays a more important role in cultivating students＇ creative ability and scienti
ISSN:1006-7167