File:NDL1017395 鉄鋼の顕微鏡組織.pdf

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Original file (5,702 × 3,977 pixels, file size: 60.62 MB, MIME type: application/pdf, 95 pages)

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鉄鋼の顕微鏡組織   (Wikidata search (Cirrus search) Wikidata query (SPARQL)  Create new Wikidata item based on this file)
Author
村上, 武次郎, 1882-1969
image of artwork listed in title parameter on this page
Title
鉄鋼の顕微鏡組織
Publisher
岩波書店
Language jpn
Publication date

1926

大正15
Place of publication JP
Source

doi:10.11501/1017395

institution QS:P195,Q477675
Creator
InfoField
村上武次郎 著
Publication Place
InfoField
東京
Subject: NDC
InfoField
564
Extent
InfoField
156p 図版15枚 ; 27cm
Material Type
InfoField
Book
Source Identifier: JPNO
InfoField
43049732
Date Digitized: W3CDTF
InfoField
2010-03-31
Audience
InfoField
一般
Title Transcription
InfoField
テッコウ ノ ケンビキョウ ソシキ
Publisher Transcription
InfoField
イワナミ ショテン
Source Identifier: NDLBibID
InfoField
000000597026
Call Number
InfoField
540-91
Creator Transcription: NDLNA
InfoField
ムラカミ, タケジロウ
Creator: NDLNAId
InfoField
00048621
Note
InfoField
国立国会図書館内では、一部分のみ印刷できます。
Contents
InfoField
標題

目次

第一節 緒言/1p

第二節 顯微鏡組織研究法/3p

1. 試料の採取/3p

2. 研磨/4p

3. 腐蝕/8p

加熱着色法/10p

4. 鏡檢/11p

傾斜照明による鏡檢/11p

垂直照明による鏡檢/12p

金屬顯微鏡/14p

垂直照明器/15p

光源/16p

集光器及集光装置/17p

接物及接眼レンズ/19p

顯微鏡の擴大度又は倍率/22p

鏡檢面匡正法/24p

顯微鏡組織撮影法/25p

第三節 鐵炭素系状態圖/29p

第四節 鋼の變態及標準組織/35p

1. 熱分析/35p

2. 鋼の變態/36p

變態點と炭素量との關係/37p

變態に伴ふ諸性質の變化/38p

3. 鋼の諸變態の本性/40p

A3 變態/40p

A2 變態/41p

A1 變態/42p

A0 變態/44p

Acm 變態/44p

4. 鋼の標準組織/44p

標準組織/44p

地鐵とセメンタイトの區別/47p

顯微鏡組織による炭素量の決定/47p

鋼の組織成分の物理性質/48p

5. 變態に伴ふ顯微鏡組織の變化/49p

組織變化の圖解/53p

第五節 標準組織の變化/55p

1. 加熱温度及加熱時間の影響/55p

2. 冷却速度の影響/57p

3. 燒鈍/58p

工業用鋼材の燒鈍/59p

鑄鋼の燒鈍/59p

4. 燒鈍に際して起る異常變化/60p

セメンタイトの球状化/60p

セメンタイトの黒鉛化/64p

脱炭及滲炭/65p

燃燒鋼/66p

5. 加工の影響/67p

第六節 鋼の燒入/70p

1. 燒入とは何ぞや/70p

2. 鋼の燒入組織/71p

大洲田/71p

麻亞田/72p

吐粒洲及粗粒陂/72p

3. 鋼の冷却速度と變態點の關係/73p

4. 燒入組織の本性及生成の過程/75p

5. 炭素量と燒入變態點/80p

6. 燒入温度と燒入變態點/83p

7. 鋼の燒入組織圖/86p

8. 麻亞田及吐粒洲の顯微鏡組織/89p

9. 燒入鋼の硬度/92p

燒入温度及炭素量の影響/93p

加熱温度の影響/95p

燒入状況の影響/95p

鋼の大さの影響/95p

燒入液の影響/96p

10. 燒入に伴ふ容積の變化/99p

炭素量と膨脹との關係/100p

鋼の燒割れ/101p

第七節 鋼の燒戻/104p

1. 燒戻とは何ぞや/104p

2. 燒戻に伴ふ組織の變化/104p

3. 燒戻に伴ふ容積の變化/107p

常温に於ける燒戻/109p

4. 燒戻に伴ふ機械的性質の變化/112p

第八節 鑄物の顯微鏡組織/115p

1. 白銑鐵の組織/115p

凝固の過程及其顯微鏡組織/115p

白銑鐵の組織成分圖/117p

珪素による共晶點の變化/118p

冷却速度による白銑組織の變化/119p

2. 灰銑鐵の組織/120p

冷却速度の影響/121p

3. 黝銑鐵の組織/122p

4. 白銑及灰銑生成の條件/122p

冷却速度の影響/122p

瓦斯及酸化物の存否/122p

組成の影響/123p

混在炭素の有無/125p

5. 鑄鐵に於ける黒鉛生成の機構/126p

黒鉛生成に關する諸現象の説明/131p

6. 灰銑鑄物の顯微鏡組織と機械性性質/134p

7. 冷硬鑄物/135p

8. 可鍛鑄物/136p

可鍛鑄物の組成/136p

燒鈍に伴ふ可鍛鑄物の變化/137p

第九節 鐵鋼中の不純物/142p

1. 不純物の種類/142p

2. 金屬性不純物/143p

珪素/143p

燐/143p

硫黄/146p

マンガン/149p

其他の金屬性不純物/150p

3. 非金屬性不純物/150p

非金屬性介在物の識別法/150p

鍛鐵中の介在物/154p

偏析線/155p

Licensing

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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
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.

Note: The enforcement of the revised Copyright Act on December 30, 2018 extended the copyright term of works whose copyright was valid on that day to 70 years. Do not use this template for works of the copyright holders who died after 1967.

Use {{PD-Japan-oldphoto}} for photos published before December 31, 1956, and {{PD-Japan-film}} for films produced prior to 1953. Public domain works must be out of copyright in both the United States and in the source country of the work in order to be hosted on the Commons. The file must have an additional copyright tag indicating the copyright status in the United States. See also Copyright rules by territory.

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著作権法第67条第1項により文化庁長官裁定を受けて公開(裁定年月日: 2019/07/09)

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