File:NDL1059697 高電圧工学 前篇.pdf

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Original file(6,012 × 4,025 pixels, file size: 30.92 MB, MIME type: application/pdf, 54 pages)

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高電圧工学   (Wikidata search (Cirrus search) Wikidata query (SPARQL)  Create new Wikidata item based on this file)
Author
西, 健, -1944
image of artwork listed in title parameter on this page
Title
高電圧工学
Volume 前篇
Publisher
オーム社
Language jpn
Publication date

1941

昭和16
Place of publication JP
Source

doi:10.11501/1059697

institution QS:P195,Q477675
Creator
InfoField
西健 著
Publication Place
InfoField
東京
Subject: NDC
InfoField
541 541.3
Extent
InfoField
92p ; 26cm
Material Type
InfoField
Book
Source Identifier: JPNO
InfoField
46018153
Date Digitized: W3CDTF
InfoField
2010-03-31
Audience
InfoField
一般
Title Transcription
InfoField
コウデンアツ コウガク
Volume Transcription
InfoField
1
Publisher Transcription
InfoField
オームシャ
Source Identifier: NDLBibID
InfoField
000000679537
Call Number
InfoField
541.3-N81ウ
Creator Transcription: NDLNA
InfoField
ニシ, タケシ
Creator: NDLNAId
InfoField
00325336
Contents
InfoField
標題

目次

1・0 電氣應用の發展と高電壓工學/1

1・1 高電壓工學と基礎知識/2

1・2 電界に於ける物質の性能とその變化/2

1・3 物質の電氣的構成/3

1・4 荷電の現象/4

1・5 電離と勵發/5

1・6 移動能度/9

1・7 再結合作用及擴散現象/10

1・8 焔の實驗,空間電荷効果/10

2・0 空氣中の放電現象/11

2・1 空氣の組成/11

2・2 大氣の電離状態/12

2・3 エックス線にて電離された場合の導電及破壞現象/12

2・4 全破壞と部分破壞/16

2・5 平等電界又は之に近き場合の電氣的破壞現象/18

2・5・1 平面電極(平行板電極)/18

2・5・2 球間隙/20

2・6 不平等電界に於ける電氣的破壞現象/22

2・6・1 圓筒電極/22

(イ) 同心圓筒/22

(ロ) 並行圓筒/24

2・6・2 球間隙(間隙の大なる場合)/27

2・6・3 針端間隙/28

2・6・4 刄形電極/36

2・7 火花電壓に對する周波數の影響/39

2・8 空氣以外の氣體に於ける放電/41

3・0 液體誘電體/42

3・1 液體誘電體の種類/42

3・1・1 絶縁油中に於ける放電現象/42

3・2 誘電率と誘電體損失/45

4・0 固體誘電體/46

4・1 固體誘電體の種類/46

4・2 誘電率/47

4・2・1 固體誘電體に於ける導電現象/48

4・2・2 表面漏洩電流と表面固有抵抗/53

4・3 交番電界に於ける誘電體損失/55

4・4 導體及誘電體損失に關する學説/59

4・5 固體誘電體の絶縁耐力/63

4・5・1 絶縁耐力の測定/64

4・5・2 熱破壞説と電氣破壞説/66

4・6 水分の影響/73

5・0 複合誘電體/77

5・1 氣體及固體誘電體の組合せ/78

5・2 液體及固體誘電體の組合せ/84

5・3 異る固體誘電體の組合せ/87

5・4 金屬導體と誘電體と接觸する界面に於ける現象/88

5・5 絶縁された金屬導體に蓄積する電荷/89

Licensing

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Public domain
According to Japanese Copyright Law (June 1, 2018 grant) the copyright on this work has expired and is as such public domain. According to articles 51, 52, 53 and 57 of the copyright laws of Japan, under the jurisdiction of the Government of Japan works enter the public domain 50 years after the death of the creator (there being multiple creators, the creator who dies last) or 50 years after publication for anonymous or pseudonymous authors or for works whose copyright holder is an organization.

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