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所在平台: Udemy |
课程主页: https://www.udemy.com/course/electromagnetic-pumps-for-sodium-cooled-fast-reactors/
课程评论：没有评论
Coursera 课程：快中子钠冷堆电磁泵 **课程概述：** 本课程是应对气候变化的一项最新技术——快中子钠冷堆（一种先进的核反应堆，作为对抗气候变化的可行方案正受到越来越多的关注）中使用的电磁泵（EM Pump）。“实验快增殖反应堆二号”（Experimental Breeder Reactor-2，EBWR-2，一个美国制造的钠冷研究反应堆，曾使用电磁泵）的模型是本课程的图片。虽然电磁泵技术仍需深入研究和进一步发展才能应用于实际发电厂，本课程期待您的加入。 **面向专业：** 任何工程学科。本课程尤其适合核工程、机械工程、电气工程、化学工程和材料工程专业的学生和从业人员。掌握流体力学、电磁学或电路基础知识将为学习打下坚实基础。 **课程难度：** 面向研究生和核工业从业人员，作为入门课程。讲座内容轻松、专业且易于理解，复习了本科水平的电磁学和流体力学基础知识。阅读材料来自国际研究人员，深入探讨了建模方法、仿真软件和分析结果。鼓励高年级本科生选修，探索电磁泵作为毕业设计或研究生学习课题。 **就业前景：** 电磁泵工程师在处理导电流体的许多行业都有需求，包括铝制造、海水海洋推进、钠或铅冷却剂的核裂变反应堆以及使用铅作反应堆墙屏蔽层的聚变发电厂。在美国核能行业，电磁泵工程师的年薪在 8 万至 15 万美元之间，具体取决于经验。 **学习收益：** * 深入了解电磁泵技术的工作原理。 * 学习电磁泵的设计和运营涉及的跨学科知识。 * 掌握先进的建模方法，优化电磁泵设计。 * 为应对气候变化这一重要领域贡献自己的工程技能。 **免责声明：** 视频系列中提到的任何组织均未认可本系列内容，讲师也不代表任何被提及的组织发表官方言论。
Come discover the latest weapon in our fight against climate change!Electromagnetic Pumps are a super cool technology that are used in sodium-cooled fast reactors, an advanced type of nuclear reactor gaining more attention as a viable option to fight climate change. The thumbnail for this course is a model of Experimental Breeder Reactor-2, an American-made sodium-cooled research reactor that used EM Pumps! That said, EM Pumps are still under-studied and need lots of attention and further development if they are going to make it into real power plants, and that's where you come in!What engineering disciplines should enroll?Any! My background is in Nuclear Engineering, and I've worked on this technology in industry with Mechanical, Electrical, Chemical, and Materials Engineers from many different schools and years of experience. EM Pumps are an interdisciplinary field that benefit from having many different perspectives influencing the design and operation of the pumps. Generally, if you've taken some classes in Fluid Mechanics, Electromagnetism, or Electrical Circuits, you'll have a strong foundation to build on in this course!How hard is this course?I've designed this course for graduate students and nuclear industry workers seeking an entry point into learning how EM Pump technology works. The lectures are kept casual, professional, and easy to understand as a refresher of basic electromagnetic and fluid mechanics taught at the undergraduate level. The assigned readings provided in this course are from international researchers and go into greater technical detail on modelling approaches, simulation software, and analytical results. Upper-level undergraduates are encouraged to take this course as well to explore EM Pumps as a topic to study for a capstone project or graduate studies.Where's the money in this technology?EM Pump engineers are being called for in many industries that process any fluid that conducts electricity - aluminum manufacturing, marine propulsion with salt water, nuclear fission reactors with sodium or lead coolants, and fusion power plants that use lead as shielding blankets for the reactor walls. American salaries for EM Pump engineers in the Nuclear Energy industry range from $80k/yr to $150k/yr depending on your experience! If you're already in one of these industries and you aren't using EM Pumps.you are going to be thrilled with what you find in this course! And if you are, this course will expose you to different modelling approaches researchers are using to continually improve EM Pump designs.Hope to see you learn with us!Disclaimer: No organizations mentioned in this video series have endorsed the contents of this series, nor does the lecturer claim to speak on official behalf of any organizations mentioned in this series.
