File:NLC416-08jh009441-21891 電磁學.pdf

From Wikimedia Commons, the free media repository
Jump to navigation Jump to search
Go to page
next page →
next page →
next page →

Original file(841 × 1,085 pixels, file size: 5.69 MB, MIME type: application/pdf, 219 pages)

Captions

Captions

Add a one-line explanation of what this file represents

Summary

[edit]
電磁學   (Wikidata search (Cirrus search) Wikidata query (SPARQL)  Create new Wikidata item based on this file)
Author
徐韋立著
image of artwork listed in title parameter on this page
Title
電磁學
Publisher
[出版者不詳] ([成都])
Description

目錄
緒言
第一章 電之概念
(一) 電為何物
(二) 電子學說
(三) 電子學說摘要
(四) 離子與荷電體
(五) 電位差與電動力
(六) 電流
(七) 電阻
(八) 電路
第二章 靜電原理
(九) 摩擦生電
(十) 電感應
(十一) 導體與非導體
(十二) 電在導體上之分布
(十三) 尖端放電作用
(十四) 大氣電
第三章 電場與電力線
(十五) 庫侖定律
(十六) 單位電量
(十七) 電場
(十八) 電力線
(十九) 電力線之方向
(二○) 電力線分布狀況
(二一) 電力線管及電力線密度
第四章 電位與破裂電壓
(二二) 電位及電位差
(二三) 空間電位與絕對電位
(二四) 電位差之單位
(二五) 電位之計算
(二六) 電位差與電動力
(二七) 絕緣破裂與破裂電壓
第五章 電容器
(二八) 電容器定義及其作用
(二九) 導體電位與電容
(三○) 球形導體之電容
(三一) 電容器之電容
(三二) 非導體之誘電率
(三三) 來頓瓶
(三四) 電容器之計算
(三五) 定量電容器
(三六) 電解質電容器
(三七) 乾電解質電容器
(三八) 變量電容器
(三九) 共軸電容器
(四○) 電容器之損失
(四一) 電容器之破裂電壓
(四二) 電容器之串聯與並聯
第六章 磁與地磁
(四三) 天然磁鐵與人造鐵磁
(四四) 磁鐵之定義
(四五) 反平方定律與單位磁極
(四六) 磁感應
(四七) 分子磁說
(四八) 磁場
(四九) 磁力線及其方向
(五○) 磁力線密度
(五一) 磁極之磁力線數
(五二) 鋼鐵之磁導與磁屏
(五三) 磁導係數與磁納係數
(五四) 磁動率
(五五) 地磁
(五六) 地磁之要素
(五七) 磁暴
(五八) 均勻磁場之轉矩
第七章 電流與電池
(五九) 電流及其強度
(六○) 電流之傳達
(六一) 歐姆定律
(六二) 電流之磁力
(六三) 圓電流之磁場
(六四) 電磁單位
(六五) 電磁單位與靜電單位
(六六) 接觸電壓
(六七) 伏打電池
(六八) 蘭氏電池
(六九) 蘭氏電池之裝置與管理
(七○) 乾電池及其壽命與內阻
(七一) 熱電偶
第八章 電路及電阻係數
(七二) 電路
(七三) 電位降
(七四) 線路電位降與遠端電壓
(七五) 電阻之串聯與並聯
(七六) 克希荷夫定律
(七七) 簡易電路分解
(七八) 電阻係數與溫度係數
第九章 電功率及電解
(七九) 電功率之單位
(八○) 電功率之測量
(八一) 電能及其單位
(八二) 電能及熱能
(八三) 電具之效率
(八四) 電解
(八五) 電池之連接與輸出功率
第十章 電磁與電磁感應
(八六) 磁之電子說
(八七) 螺形線圈
(八八) 拉潑拉斯定律
(八九) 圓線圈之磁場強度
(九○) 安培原理
(九一) 電磁鐵與製造磁鐵方法
(九二) 磁帶作用
(九三) 電磁感應
(九四) 侖茲定律及渦流
(九五) 感應電壓及其方向
(九六) 電動
(九七) 弗來明左手定則與馬克士威電動規則

Language Chinese
Publication date 1940
publication_date QS:P577,+1940-00-00T00:00:00Z/9
Source
institution QS:P195,Q732353
(民國時期文獻 民國圖書)
主題
InfoField
電磁學
中圖分類
InfoField
O441
拼音題名
InfoField
dian ci xue
載體形態
InfoField
[190]頁

Licensing

[edit]
This image is in the public domain because it is a mere mechanical scan or photocopy of a public domain original, or – from the available evidence – is so similar to such a scan or photocopy that no copyright protection can be expected to arise. The original itself is in the public domain for the following reason:
Public domain
This image is now in the public domain in China because its term of copyright has expired.

According to copyright laws of the People's Republic of China (with legal jurisdiction in the mainland only, excluding Hong Kong and Macao), amended November 11, 2020, Works of legal persons or organizations without legal personality, or service works, or audiovisual works, enter the public domain 50 years after they were first published, or if unpublished 50 years from creation. For photography works of natural persons whose copyright protection period expires before June 1, 2021 belong to the public domain. All other works of natural persons enter the public domain 50 years after the death of the creator.
According to copyright laws of Republic of China (currently with jurisdiction in Taiwan, Penghu, Kinmen, Matsu, etc.), all photographs and cinematographic works, and all works whose copyright holder is a juristic person, enter the public domain 50 years after they were first published, or if unpublished 50 years from creation, and all other applicable works enter the public domain 50 years after the death of the creator.

Important note: Works of foreign (non-U.S.) origin must be out of copyright or freely licensed in both their home country and the United States in order to be accepted on Commons. Works of Chinese origin that have entered the public domain in the U.S. due to certain circumstances (such as publication in noncompliance with U.S. copyright formalities) may have had their U.S. copyright restored under the Uruguay Round Agreements Act (URAA) if the work was under copyright in its country of origin on the date that the URAA took effect in that country. (For the People's Republic of China, the URAA took effect on January 1, 1996. For the Republic of China (ROC), the URAA took effect on January 1, 2002.[1])
To uploader: Please provide where the image was first published and who created it or held its copyright.

You must also include a United States public domain tag to indicate why this work is in the public domain in the United States. Note that this work might not be in the public domain in countries that do not apply the rule of the shorter term and have copyright terms longer than life of the author plus 50 years. In particular, Mexico is 100 years, Jamaica is 95 years, Colombia is 80 years, Guatemala and Samoa are 75 years, Switzerland and the United States are 70 years, and Venezuela is 60 years.


čeština  Deutsch  English  português  română  slovenščina  Tagalog  Tiếng Việt  македонски  русский  മലയാളം  ไทย  한국어  日本語  简体中文‎  繁體中文  +/−



This tag is designed for use where there may be a need to assert that any enhancements (eg brightness, contrast, colour-matching, sharpening) are in themselves insufficiently creative to generate a new copyright. It can be used where it is unknown whether any enhancements have been made, as well as when the enhancements are clear but insufficient. For known raw unenhanced scans you can use an appropriate {{PD-old}} tag instead. For usage, see Commons:When to use the PD-scan tag.


Note: This tag applies to scans and photocopies only. For photographs of public domain originals taken from afar, {{PD-Art}} may be applicable. See Commons:When to use the PD-Art tag.

File history

Click on a date/time to view the file as it appeared at that time.

Date/TimeThumbnailDimensionsUserComment
current09:46, 10 June 2023Thumbnail for version as of 09:46, 10 June 2023841 × 1,085, 219 pages (5.69 MB)PencakeBot (talk | contribs)Upload 電磁學 (1/1) by 徐韋立著 (batch task; nlc:data_416,08jh009441,21891; 民國圖書.4; 電磁學)

The following page uses this file:

Metadata