期刊文献+

核技术与核工程课程教学与学生能力培养探索

Teaching Research on Nuclear Techniques and Nuclear Engineering and Attempts in Training Students' Competence
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摘要 文章介绍了笔者在核技术与核工程课程教学与学生能力培养方面的一些经验和尝试。重点介绍了以粒子加速器和核反应堆为代表的大型核科学平台以及在其上建立的应用广泛的重要核技术。在讲授基础知识的同时,突出了当代核技术及应用最新进展。在提高学生能力方面,尝试了课程论文、业余科研和毕业设计三种实践模式,并获得了良好的效果。 The article introduces the author's some experience and try in nuclear technology and engineering curriculum tea- ching and the cultivation of the students' capability, Focused on large nuclear science platform as the representative of particle accelerator and nuclear reactor and widely applied nuclear techniques based on the platform. Contemporary nuclear techni- ques and their up-to-date applications are emphasized, while basic knowledge was taught. In order to improve the students' competence, course thesis, extracurricular academic research as well as graduation design three practical modes are attempted and obtain a good effect.
出处 《科教导刊》 2012年第33期3-4,8,共3页 The Guide Of Science & Education
关键词 核技术 核工程 教学研究 毕业设计 nuclear techniques nuclear engineering teaching research graduation design
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参考文献2

  • 1胡聪,郭立平,唐睿,斬硕学,杨铮.一种用于核材料拉伸试样高温离子辐照的加热装置[P].实用新型专利号:ZL 2010 2 0558791.7,授权日期2011.5.4.
  • 2Shuang Yang, Wenyong Zhang, Jihong Chen, Zhongpo Zhou, Zhiwei Ai, Li-ping Guo.Congxiao Liu, Honglin Du. Enhancement of saturation magnetiza-tion in Cr-ion implanted silicon by high temperature annealing [J]. AppliedSurface Science,2011,257(20):8465-8468.

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