File:NDL1060241 バッセー法回転炉製銑.pdf

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Original file(5,950 × 4,000 pixels, file size: 56.33 MB, MIME type: application/pdf, 63 pages)

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Summary

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バッセー法回転炉製銑   (Wikidata search (Cirrus search) Wikidata query (SPARQL)  Create new Wikidata item based on this file)
Author
科学動員協会
image of artwork listed in title parameter on this page
Title
バッセー法回転炉製銑
Publisher
科学主義工業社
Language jpn
Publication date

1944

昭和19
Place of publication JP
Source

doi:10.11501/1060241

institution QS:P195,Q477675
Creator
InfoField
科学動員協会 編
Publication Place
InfoField
東京
Subject: NDC
InfoField
564 564.1
Extent
InfoField
80p 表 (折込) 10枚 ; 26cm
Material Type
InfoField
Book
Source Identifier: JPNO
InfoField
46018682
Date Digitized: W3CDTF
InfoField
2010-03-31
Audience
InfoField
一般
Title Transcription
InfoField
バッセーホウ カイテンロ セイセン
Publisher Transcription
InfoField
カガク シュギ コウギョウシャ
Source Identifier: NDLBibID
InfoField
000000680061
Call Number
InfoField
564.1-Ka16ウ
Creator: NDLNAId
InfoField
00323332
Contents
InfoField
標題

目次

1. 緒言/1

2. 試驗擔當者/3

3. 試驗裝置及び器具/4

4. 製鐵試驗に使用の原料/8

5. 製錬作業状態/11

第1回製銑試驗/11

第2回製銑試驗/15

第3回製銑試驗/18

第4回製銑試驗/23

第5回製銑試驗/28

第6回製銑試驗/31

第7回製銑試驗/32

第8,9回製銑試驗/32

第10回製銑試驗/33

6. 製品試驗/35

7. 結言及び將來に對する見透し/42

附録

1. バッセー法燒塊の鑛物組成に關する研究/45

1. 緒言/49

2. X線的研究/49

3. 顯微鏡的研究/56

4. 結論/61

2. バッセー直接製銑法燒塊中の金屬鐵と酸化鐵の分離定量法/63

1. 緒言/65

2. 普通昇汞法/65

3. アルコール溶媒昇汞法/70

4. チタニウム溶液に對するアルコール及び昇汞の影響/71

5. 各種昇汞法の吟味/72

6. 普通昇汞法の鐵セメント混合物への應用/73

7. アルコール溶媒昇汞法の鐵・セメント混合物への應用/74

8. アルコール溶媒昇汞法の鐵・セメント・硫化・石灰混合物への影響/76

9. 酸化鐵殘渣からFeO及びFe2O3の分離定量と硫化石灰の影響/77

10. アルコール溶媒昇汞法の實際的應用/79

11. 結言/80

附表

第1表 第1回製銑試驗銑鐵の化學成分/附表1p

第2表 第2回製銑試驗銑鐵の化學成分/附表1p

第3表 第3回製銑試驗銑鐵の化學成分/附表2p

第4表 第4回製銑試驗銑鐵の化學成分/附表3p

第5表 第5回製銑試驗銑鐵の化學成分/附表4p

第6表 第7回製銑試驗銑鐵の化學成分/附表5p

第7表 第8回製銑試驗銑鐵の化學成分/附表6p

第8表 第9,10回製銑試驗銑鐵の化學成分/附表7p

第9表 第1回製銑試驗スラッグの物理的性質及化學成分/附表8p

第10表 第2回製銑試驗スラッグの物理的性質及化學成分/附表8p

第11表 第3回製銑試驗スラッグの物理的性質及化學成分/附表9p

第12表 第4回製銑試驗スラッグの物理的性質及化學成分/附表9p

第13表 第5回製銑試驗スラッグの物理的性質及化學成分/附表10p

第14表 第7回銑製試驗スラッグの物理的性質及化學成分/附表10p

第15表 第8回製銑試驗スラッグの物理的性質及化學成分/附表11p

第16表 第9,10回製銑試驗スラッグの物理的性質及化學成分/附表11p

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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