{"topic":{"id":12967,"title":"PHYS316309-电动力学","slug":"topic","userId":79,"categoryId":13,"createdAt":"2024-06-30 16:17:33.11762","bumpedAt":"2025-01-05 16:54:25.783288","views":483,"postsCount":1,"highestPostNumber":1,"likeCount":5,"closed":false,"pinned":false,"pinnedGlobally":false,"pinnedAt":null,"pinnedUntil":null,"isBanner":false,"excerpt":"课程：PHYS316309-电动力学教材：郭硕鸿电动力学 [M] 第 4 版北京：高等教育出版社，2023 教师：田光善学分：5.0 授课学时：80.0 开课单位：物理学院考试类型：闭卷大二下开课。 2020 课程录像：https://www.bilibili.com/video/BV1vU4y1E7tP/?spm_id_from=333.1007.top_right_bar_window_custom_collection…","deletedAt":null,"isAnonymous":false,"isPrivate":false,"isMembersOnly":false,"category":{"id":13,"name":"学习资料","slug":"res","color":"FFBB00"},"author":{"id":79,"username":"Charles_Xavier","name":null,"avatarUrl":"/uploads/image/92/0e/920e57ed0af596c8489d44a4097d5aa8e158b4000fde6014a2d20ebeaa1aa97c.avif"},"realAuthor":{"id":79,"username":"Charles_Xavier","name":null,"avatarUrl":"/uploads/image/92/0e/920e57ed0af596c8489d44a4097d5aa8e158b4000fde6014a2d20ebeaa1aa97c.avif"},"tags":["resources","study","review","course"]},"posts":[{"id":36429,"postNumber":1,"raw":"> 课程：PHYS316309-电动力学\n教材：郭硕鸿电动力学 [M] 第 4 版北京：高等教育出版社，2023\n教师：田光善\n学分：5.0\n授课学时：80.0\n开课单位：物理学院\n考试类型：闭卷\n\n* 大二下开课。\n* 2020 课程录像：https://www.bilibili.com/video/BV1vU4y1E7tP/?spm_id_from=333.1007.top_right_bar_window_custom_collection.content.click&vd_source=bfa76be1830fc47de29a8844059f7f35\n* 田老师上课板书极其详细，讲解极其清楚，保姆级教学；对物理学史博闻强识，段子信手拈来。学起来感觉非常明白，非常踏实。懂的都懂。\n* 田讲义上第 4 章（电动力学的 Lagrange 量形式）不讲。\n* 期中考：数学基础、真空、狭义相对论。\n* 期末考：介质、静电学、静磁学、传播。\n* 题目比较难，需要足够熟练。\n\n[电动力学.pdf|attachment](/uploads/pdf/92/af/92afdca5fad26de4a73650dedd02a9583838dcebbe5144cda4186b9540c826cf.pdf) (586.7 KB)\n最后第 8 章以后的内容基本没时间讲了，我只把上课讲到的部分作一整理，剩下的内容不想写了 orz。\n\n还参考了下面这份笔记。\n[https://github.com/kroosgu/Notes-for-Electrodymanics.git](https://github.com/kroosgu/Notes-for-Electrodymanics.git)\n\n\n附两张照片。\n[center]![推导连续媒介质中的束缚电荷和分子电流 -2024 电动力学|374x500, 75%](/uploads/image/5a/75/5a75e85847d9b87a1d8a7e6e0948fa085ed53ad04874188b7263244192bf94f6.avif)[/center]\n\n[center]![证明唯一性定理 -2024 电动力学|667x500, 75%](/uploads/image/66/e2/66e2c8e5f9106cc66ee76589e6ae862a850ac80536dbd41de95afe6fa841520f.avif)[/center]","cooked":"

\n
课程：PHYS316309-电动力学
\n教材：郭硕鸿电动力学 [M] 第 4 版北京：高等教育出版社，2023
\n教师：田光善
\n学分：5.0
\n授课学时：80.0
\n开课单位：物理学院
\n考试类型：闭卷
\n

大二下开课。
2020 课程录像：电动力学-北京大学-田光善（高清完整版）
田老师上课板书极其详细，讲解极其清楚，保姆级教学；对物理学史博闻强识，段子信手拈来。学起来感觉非常明白，非常踏实。懂的都懂。
田讲义上第 4 章（电动力学的 Lagrange 量形式）不讲。
期中考：数学基础、真空、狭义相对论。
期末考：介质、静电学、静磁学、传播。
题目比较难，需要足够熟练。

电动力学.pdf|attachment (586.7 KB)
\n最后第 8 章以后的内容基本没时间讲了，我只把上课讲到的部分作一整理，剩下的内容不想写了 orz。

还参考了下面这份笔记。
\nhttps://github.com/kroosgu/Notes-for-Electrodymanics.git

附两张照片。

$\"推导连续媒介质中的束缚电荷和分子电流$

$\"证明唯一性定理$

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