File:NDL3430168 鉄及び鋼の研究 第3巻 part1.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(9,931 × 6,852 pixels, file size: 203.86 MB, MIME type: application/pdf, 100 pages)

Captions

Captions

Add a one-line explanation of what this file represents

Summary

[edit]
鉄及び鋼の研究   (Wikidata search (Cirrus search) Wikidata query (SPARQL)  Create new Wikidata item based on this file)
Author
本多, 光太郎, 1870-1954
image of artwork listed in title parameter on this page
Title
鉄及び鋼の研究
Volume 第3巻
Publisher
内田老鶴圃
Language jpn
Publication date

1924

大正13
Place of publication JP
Source

doi:10.11501/3430168

institution QS:P195,Q477675
Creator
InfoField
本多光太郎 著
Publication Place
InfoField
東京
Subject: NDC
InfoField
564
Available: W3CDTF
InfoField
2012-07-26
Date Accepted: W3CDTF
InfoField
2012-02-22T13:09:39+09:00
Extent
InfoField
2冊 ; 27cm
Material Type
InfoField
Book
Source Identifier: JPNO
InfoField
43037837
Date Digitized: W3CDTF
InfoField
2011-12-28
Audience
InfoField
一般
Title Transcription
InfoField
テツ オヨビ ハガネ ノ ケンキュウ
Volume Transcription
InfoField
00020
Publisher Transcription
InfoField
ウチダ ロウカクホ
Source Identifier: NDLBibID
InfoField
000000585200
Call Number
InfoField
509-78
Description: digitize
InfoField
乱丁あり
Creator Transcription: NDLNA
InfoField
ホンダ, コウタロウ
Creator: NDLNAId
InfoField
00012136
Type: summaryPartition
InfoField
1
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
鐵及び鋼の硏究 第三卷

目次

X線より見たる鐵鋼の組織と最新鐵炭素系の狀態圖 理學博士 本多光太郞

I 緖言/1

II 鋼と鑄鐵/2

III 純鐵の變態/5

IV 鋼の變態/9

V 鋼の組織/12

VI 鋼の燒入/13

VII X線分析法/18

VIII 鐵鋼內に於ける原子の配列/24

IX A₁變態とX線分析/27

X 鐵炭素系の狀態圖/30

黃銅の狀態圖 工學士 今井弘

I 從來の硏究/35

II β固溶體の硏究に用ゐし裝置/37

III 抵抗溫度曲線とβ固溶體の變態の性質/37

IV γの變態/42

V β組織の溶解度曲線/43

VI 黃銅の凝固溫度區域/45

VII 總括/53

VIII 特殊黃銅の組織と第三種元素の極限/54

固體金屬の粘性係數 理學博士 木多光太郞/62

鑄物に現るゝ齒狀組織 理學博士 石原寅次郞

I 緖論

a. ミクロ・ストラクチユアーとマクロ・ストラクチユアー/69

b. デンドライトの生成/73

c. マクロ・エツチング/75

II デンドライトの生成と不純物

a. 冷却速度の影響/77

b. 炭素の影響/79

c. 滿俺の影響/79

d. 珪素の影響/80

e. 燐の影響/80

f. 硫黃及び銅の影響/80

III 高溫度に於ける炭素,滿俺,珪素,燐の擴散及び齒狀組織の消去/82

a. 炭素の擴散/83

b. 炭素の擴散に對する滿俺の影響/84

c. 炭素の擴散に對する珪素の影響/86

d. 炭素の擴散に對する燐の影響/88

e. 炭素の擴散に對する滿俺,珪素,燐の影響/90

f. 滿俺,珪素及び燐の擴散/90

g. 不純物の種類と腐蝕との關係/91

h. 齒狀組織の消去/92

IV 高溫度に於ける炭素の擴散速度/94

V 齒狀組織に關する現象

a. 鑄鋼內に於ける炭素の轉換配置/96

b. 壓延鋼の線條組織に就て/99

輕合金の硏究 理學博士 本多光太郞/101

I 高溫度に於ける輕合金の强さ/102

II 輕合金の比重及熱傳導率の測定/111

III ヂユラルミンの時效/113

鍛鍊溫度 理學博士 本多光太郞/119

鑄鐵の黑鉛分布及他成分の其强さに及ぼす影響 工學士 濱住松次郞

I 鑄鐵の黑鉛分布

1. 緖論/126

2. 鑄鐵の强さに及ぼす黑鉛分布の影響/127

3. 試料の金屬組織學的硏究「渦狀黑鉛」とは何ぞや/134

4. 黑色破面の原因及鑄鐵の肉眼組織/140

II 鑄鐵の强さに及ぼす他成分の影響/143

1. 鑄鐵の强さに及ぼす炭素の影響/144

2. 鑄鐵の强さに及ぼす珪素の影響/146

3. 鑄鐵の强さに及ぼす燐の影響/148

4. 鑄鐵の强さに及ぼす硫黃の影響/153

5. 鑄鐵の强さに及ぼす滿俺の影響/156

6. 鼠銑に及ぼす銅の影響/158

7. 鑄鐵に及ぼすクロームの影響/161

8. 鑄鐵に及ぼす錫の影響/163

總括/165

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
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.

العربية  Deutsch  English  español  français  Bahasa Indonesia  italiano  日本語  한국어  македонски  português  русский  українська  中文(简体)  中文(繁體)  +/−

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.


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.

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)

File history

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

Date/TimeThumbnailDimensionsUserComment
current20:31, 18 January 2024Thumbnail for version as of 20:31, 18 January 20249,931 × 6,852, 100 pages (203.86 MB)Wmr-bot (talk | contribs)上載《3430168_1.pdf》

The following page uses this file:

Metadata