{"topic":{"id":5270,"title":"NUCL420803-核反应堆控制","slug":"topic","userId":309,"categoryId":13,"createdAt":"2023-08-29 15:50:55.396138","bumpedAt":"2023-08-30 04:04:59.937271","views":407,"postsCount":4,"highestPostNumber":4,"likeCount":1,"closed":false,"pinned":false,"pinnedGlobally":false,"pinnedAt":null,"pinnedUntil":null,"isBanner":false,"excerpt":"本资料以复习提纲的形式整理了《核反应堆控制》的复习要点，给出了每一章考试涉及的重点内容，并选出部分课后习题做了解答 🍺 本课程各类计算题的解答过程都比较繁琐，需要熟练掌握解题步骤，并细心解答。因本人水平有限，错漏之处在所难免，欢迎读者批评指正 🥳 如需获取 LaTeX 源代码，请访问 ➡️ https://github.com/Enriched-Uranium/Nuclear-Reactor-Control ⬅️ 核反应堆复习要点.…","deletedAt":null,"isAnonymous":false,"isPrivate":false,"isMembersOnly":false,"category":{"id":13,"name":"学习资料","slug":"res","color":"FFBB00"},"author":{"id":309,"username":"Enriched_Uranium","name":"一小块浓缩铀","avatarUrl":"/uploads/image/af/ec/afec38c6f15759c4eea7462b7de361c2dd8fe60fa21873ace11085a7e94918eb.avif"},"realAuthor":{"id":309,"username":"Enriched_Uranium","name":"一小块浓缩铀","avatarUrl":"/uploads/image/af/ec/afec38c6f15759c4eea7462b7de361c2dd8fe60fa21873ace11085a7e94918eb.avif"},"tags":["survive"]},"posts":[{"id":10216,"postNumber":1,"raw":"* 本资料以复习提纲的形式整理了《核反应堆控制》的复习要点，给出了每一章考试涉及的重点内容，并选出部分课后习题做了解答 :beer:\n* 本课程各类计算题的解答过程都比较繁琐，需要熟练掌握解题步骤，并细心解答。因本人水平有限，错漏之处在所难免，欢迎读者批评指正 :hooray:\n* 如需获取 `LaTeX` 源代码，请访问 :arrow_right: https://github.com/Enriched-Uranium/Nuclear-Reactor-Control :arrow_left: \n[核反应堆复习要点.pdf|attachment](/uploads/pdf/06/46/0646588b5a0a80ffb83729f0ead0353938b84cbda77e1659801a879a912bb433.pdf) (671.9 KB)","cooked":"

本资料以复习提纲的形式整理了《核反应堆控制》的复习要点，给出了每一章考试涉及的重点内容，并选出部分课后习题做了解答 🍺
本课程各类计算题的解答过程都比较繁琐，需要熟练掌握解题步骤，并细心解答。因本人水平有限，错漏之处在所难免，欢迎读者批评指正 🥳
如需获取 LaTeX 源代码，请访问 ➡️ GitHub - Enriched-Uranium/Nuclear-Reactor-Control ⬅️
\n核反应堆复习要点.pdf|attachment (671.9 KB)

\n","createdAt":"2023-08-29 15:50:55.480563","updatedAt":"2023-08-29 15:53:44.022704","replyToPostNumber":null,"replyCount":0,"likeCount":0,"wordCount":150,"liked":false,"bookmarked":false,"polls":[],"reactions":[],"wiki":false,"version":1,"publicVersion":1,"deletedAt":null,"isAnonymous":false,"user":{"id":309,"username":"Enriched_Uranium","name":"一小块浓缩铀","avatarUrl":"/uploads/image/af/ec/afec38c6f15759c4eea7462b7de361c2dd8fe60fa21873ace11085a7e94918eb.avif","admin":false,"moderator":false,"signatureRaw":null,"signatureCooked":null}},{"id":10218,"postNumber":2,"raw":"再说说我对这门课学习的一些体会：\n\n1. 首先要掌握好《自动控制原理》中的一些基础知识，例如拉普拉斯变换、闭环传递函数的求法、闭环特征方程的概念，对于系统的稳定性分析方法（根轨迹、奈奎斯特图的画法）等；\n2. 其次需要掌握好核反应堆物理基础，对核反应堆系统的输入输出，以及功率特性的影响因素要有一定的认识；\n3. 然后要熟悉点堆动力学的推导，尤其是六组缓发中子与等效单组缓发中子的模型，能利用简化的方法分析核反应堆系统的稳定性；\n4. 最后要熟练掌握解题步骤，熟知根轨迹判据、奈奎斯特判据、劳森判据和李雅普诺夫分析方法，作业一定要写扎实，亲自解，否则会不适应考试时较大的计算量。\n\n希望得到此资料帮助的人能多多提出其中的错漏之处，让它越来越好，帮助更多的人。","cooked":"

再说说我对这门课学习的一些体会：

首先要掌握好《自动控制原理》中的一些基础知识，例如拉普拉斯变换、闭环传递函数的求法、闭环特征方程的概念，对于系统的稳定性分析方法（根轨迹、奈奎斯特图的画法）等；
其次需要掌握好核反应堆物理基础，对核反应堆系统的输入输出，以及功率特性的影响因素要有一定的认识；
然后要熟悉点堆动力学的推导，尤其是六组缓发中子与等效单组缓发中子的模型，能利用简化的方法分析核反应堆系统的稳定性；
最后要熟练掌握解题步骤，熟知根轨迹判据、奈奎斯特判据、劳森判据和李雅普诺夫分析方法，作业一定要写扎实，亲自解，否则会不适应考试时较大的计算量。

希望得到此资料帮助的人能多多提出其中的错漏之处，让它越来越好，帮助更多的人。

\n","createdAt":"2023-08-29 16:02:13.794296","updatedAt":"2023-08-29 16:02:13.794296","replyToPostNumber":null,"replyCount":0,"likeCount":1,"wordCount":314,"liked":false,"bookmarked":false,"polls":[],"reactions":[{"reaction":"❤️","count":1,"users":[{"id":1573,"username":"lwdhw","name":"李瑞瑞"}],"hasReacted":false}],"wiki":false,"version":1,"publicVersion":1,"deletedAt":null,"isAnonymous":false,"user":{"id":309,"username":"Enriched_Uranium","name":"一小块浓缩铀","avatarUrl":"/uploads/image/af/ec/afec38c6f15759c4eea7462b7de361c2dd8fe60fa21873ace11085a7e94918eb.avif","admin":false,"moderator":false,"signatureRaw":null,"signatureCooked":null}},{"id":10231,"postNumber":3,"raw":"$\\LaTeX$ 大师 :laughing:","cooked":"

$\\LaTeX$ 大师 😆

\n","createdAt":"2023-08-30 03:56:18.904238","updatedAt":"2024-03-17 13:05:14.621213","replyToPostNumber":null,"replyCount":1,"likeCount":0,"wordCount":4,"liked":false,"bookmarked":false,"polls":[],"reactions":[],"wiki":false,"version":1,"publicVersion":1,"deletedAt":null,"isAnonymous":false,"user":{"id":1047,"username":"anonymous_coward_old","name":"Anonymous Coward Old","avatarUrl":"/uploads/image/43/32/4332638c11248b8ff07033c11de0759a55205facfbec85e14458245a91991faf.avif","admin":false,"moderator":false,"signatureRaw":null,"signatureCooked":null}},{"id":10232,"postNumber":4,"raw":":hooray: :hooray: :hooray:","cooked":"

🥳 🥳 🥳

\n","createdAt":"2023-08-30 04:04:59.937271","updatedAt":"2023-08-30 04:04:59.937271","replyToPostNumber":3,"replyCount":0,"likeCount":0,"wordCount":3,"liked":false,"bookmarked":false,"polls":[],"reactions":[],"wiki":false,"version":1,"publicVersion":1,"deletedAt":null,"isAnonymous":false,"user":{"id":309,"username":"Enriched_Uranium","name":"一小块浓缩铀","avatarUrl":"/uploads/image/af/ec/afec38c6f15759c4eea7462b7de361c2dd8fe60fa21873ace11085a7e94918eb.avif","admin":false,"moderator":false,"signatureRaw":null,"signatureCooked":null}}],"hasMore":false,"lastReadPostNumber":2,"hasUrlPostNumber":true}