File:NDL1022765 交流機の理論と取扱法.pdf

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交流機の理論と取扱法   (Wikidata search (Cirrus search) Wikidata query (SPARQL)  Create new Wikidata item based on this file)
Author
通信電気学校
image of artwork listed in title parameter on this page
Title
交流機の理論と取扱法
Series title 最新初等電気講座 ; 第6巻
Publisher
電気書院
Language jpn
Publication date

1942

昭和17
Place of publication JP
Source

doi:10.11501/1022765

institution QS:P195,Q477675
Creator
InfoField
通信電気学校教務部 著
Publication Place
InfoField
大阪
Subject: NDC
InfoField
542
Extent
InfoField
167p ; 21cm
Material Type
InfoField
Book
Source Identifier: JPNO
InfoField
44001950
Date Digitized: W3CDTF
InfoField
2010-03-31
Audience
InfoField
一般
Title Transcription
InfoField
コウリュウキ ノ リロン ト トリアツカイホウ
Series Title Transcription
InfoField
サイシン ショトウ デンキ コウザ ; 6
Publisher Transcription
InfoField
デンキ ショイン
Source Identifier: NDLBibID
InfoField
000000605853
Call Number
InfoField
特201-950
Creator: NDLNAId
InfoField
00257310
Contents
InfoField
標題

目次

1. 交流同期發電機

1.1 大電力發電機としての交流發電機/1

1.2 同期發電機の原理/2

1.3 同期機の分類/5

1.4 同期發電機の構造/10

1.4.1 水車直結竪軸發電機の概觀/10

1.4.2 タービン直結横軸發電機の概觀/11

1.4.3 同期發電機各部の構造/11

1.5 同期機の電機子卷線法/12

1.5.1 直流機卷線法との相違/12

1.5.2 卷線法の種類と得失/13

1.5.3 卷線法の要領/14

1.5.4 相間接續法/15

1.5.5 特殊卷線法/16

1.6 同期機の勵磁法/17

1.6.1 勵磁機一般/17

1.6.2 勵磁方式/18

1.6.3 勵磁機の電壓容量及勵磁方式/18

1.7 同期發電機の誘起起電力/19

1.7.1 集中卷の場合/19

1.7.2 分布卷の場合/21

1.7.3 短節卷の場合/22

1.7.4 誘起起電力の波形/23

1.7.5 高調波起電力の除去法/24

1.8 同期發電機の電機子反作用/25

1.8.1 電機子線輪の作る磁力線/25

1.8.2 直流機と交流機の電機子反作用の相違/26

1.8.3 同期發電機の電機子反作用/27

1.8.4 單相機と三相機の電機子反作用/29

1.9 同期發電機のベクトル線圖/31

1.9.1 同期インピーダンス/31

1.9.2 同期發電機のベクトル線圖/33

1.10 同期發電機の特性曲線/34

1.10.1 無負荷飽和曲線/34

1.10.2 負荷特性曲線/35

1.10.3 短絡特性曲線/35

1.10.4 同期インピーダンス曲線/35

1.10.5 外部特性曲線/36

1.10.6 界磁調整曲線/37

1.10.7 無負荷飽和曲線より負荷特性曲線を求むる作圖法/37

1.11 同期發電機の電壓變動率/39

1.11.1 電壓變動率の意義/39

1.11.2 電壓變動率の決定/40

1.12 同期發電機の電壓調整/43

1.12.1 電壓調整法/43

1.12.2 自動電壓調整器/45

1.13 同期發電機の自己勵磁/47

1.14 同期發電機の短絡現象/49

1.15 同期發電機と直流發電機/52

1.16 軸電流と其の防止法/54

1.17 同期機の保護裝置/56

1.18 特殊同期發電機/59

1.18.1 機關發電機/59

1.18.2 單相發電機/59

1.18.3 正弦波發電機/60

1.18.4 水素冷却機/60

1.18.5 高周波發電機/62

2. 交流同期電動機

2.1 同期電動機の原理/64

2.2 回轉磁界の實相/65

2.3 同期電動機の構造/70

2.4 起動トルク、引入トルク及脱出トルク/71

2.5 同期電動機の電機子反作用/74

2.6 同期電動機のベクトル線圖/76

2.7 同期電動機の特性一般/78

2.7.1 回轉磁極の位置と機械的出力(回轉力)の關係/78

2.7.2 勵磁電流と電機子電流の關係/81

2.7.3 亂調と其の防止法/83

2.8 同期電動機の特性曲線/85

2.8.1 負荷特性曲線/85

2.8.2 位相特性曲線/87

2.9 特殊同期電動機/88

2.9.1 特殊籠形同期電動機/88

2.9.2 卷線型同期電動機/89

2.9.3 圓筒型高速度同期電動機/89

2.9.4 二速度同期電動機/89

2.9.5 同期誘導電動機/90

2.9.6 超同期電動機/91

2.10 同期電動機の撰定/92

2.11 同期機の試驗法/93

2.11.1 同期機試驗一般/94

2.11.2 無負荷試驗/94

2.11.3 短絡試驗/95

2.11.4 温度試驗/96

2.11.5 絶縁耐力試驗/97

2.11.6 同期電動機として特別な試驗/97

2.12 同期機の運轉並取扱/99

2.12.1 同期電動機の起動/99

(1) 自起動

(2) 他起動

2.12.2 交流發電機の並行運轉/103

(1) 交流發電機の並行運轉に必要な條件/103

(2) 並行運轉に必要な原動機としての條件/108

(3) 並行運轉の操作/110

(4) 並行運轉に於ける負荷分擔の變更操作/112

(5) 並行運轉に於ける亂調/113

2.13 同期機の故障と處置/114

3. 同期調相機

3.1 交流回路の力率改善/115

3.2 同期調相機の原理/117

3.3 同期調相機の構造/119

3.4 同期調相機の特性曲線/120

3.5 同期調相機の所要容量/121

3.6 同期調相機の運轉操作/122

4. 同期周波數變換機

4.1 周波數變換の必要と方法/125

4.2 同期周波數變換機の原理と構造/126

4.3 同期周波數變換機の運轉操作/127

5. 回轉變流機

5.1 回轉變流機の原理/128

5.2 回轉變流機の構造/130

5.3 交流と直流の電壓比及電流比/131

5.4 電機子内の電流分布/135

5.5 電機子反作用/137

5.6 整流と閃絡並閃絡防止對策/138

5.7 電壓調整法/140

5.8 回轉變流機の運轉操作/144

5.8.1 起動法/144

5.8.2 運轉停止/149

5.8.3 並行運轉/149

5.9 故障と其の保護裝置/150

5.10 特殊回轉變流機/151

5.10.1 逆用回轉變流機/152

5.10.2 複流發電機/152

5.10.3 三線式回轉變流機/153

5.10.4 回轉界磁型變流機/153

5.10.5 縱續變流機/153

6. 靜電蓄電器

6.1 一般/155

6.2 構造/158

6.3 定格並試驗/160

6.4 附屬設備/162

6.4.1 直列リアクトル/162

6.4.2 放電用線輪/163

研究説問/163

1 同期發電機/163

2 同期電動機/164

3 同期調相機/165

4 周波數變換機/166

5 回轉變流機/166

6 靜電蓄電器/167

Licensing

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Public domain
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