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KO50001004-00010001-0001  
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Title
Title 廻転炉焼成法に依るアルミナの製造研究(第1報)  
Kana カイテンロ ショウセイホウ ニ ヨル アルミナ ノ セイゾウ ケンキュウ (ダイ1ポウ)  
Romanization Kaitenro shoseiho ni yoru arumina no seizo kenkyu (dai1po)  
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Title Studies on the production of alumina by the sintering process in the rotary kiln (I)  
Kana  
Romanization  
Creator
Name 山口, 太郎  
Kana ヤマグチ, タロウ  
Romanization Yamaguchi, Taro  
Affiliation 慶應義塾大学教授  
Affiliation (Translated) Prof. of Keiogijuku University  
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Place
東京  
Publisher
Name 慶應義塾大学工学部  
Kana ケイオウ ギジュク ダイガク コウガクブ  
Romanization Keio gijuku daigaku kogakubu  
Date
Issued (from:yyyy) 1948  
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Source Title
Name 慶應義塾大学工学部研究報告  
Name (Translated) Proceedings of Faculty of Engineering, Keiogijuku University  
Volume 1  
Issue 1  
Year 1948  
Month 4  
Start page 1(1)  
End page 12(12)  
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Abstract
From the investigations in this report, it is believed that the following conclusions are indicated;
1) This process,  sometimes called "the Soda-Lime Process"is obviously desirable for the high silica aluminous ciays.
2) Most favourable mixing ratio of lime and soda as follows;
 i) Add 1 mol of soda for each mol of iron oxide and 0.7-0.8 mol for each mol of alumina.
 ii) Add less than 1 mol of lime for each mol silica when the silica-alumina ratio in the ore is less than 0.4-0.5, and 1.5-2.0 mols when exceeds 0.4-0.5.
3) So, when more silicious ores used, more di-alciumsilicate will be formed in the clinkers.
4) Di-calciumsilicate decomposes gradually in the sodium-aluminate solution and causes undermentioned unfavourable phenomenous;
 i) A substantial part of almina and soda once dissolved are reprecipitated again as insoluble salts in leaching procedure.
 ii) The red mud, sometimes, so much swells to make it impossible to separate the leached solution from the residue.
5) It is essential, therefore, in selecting ore even for this process to limit the silica to as low a figure as circumstances warrant and I believe that the ores having silica-alumina ratio less than 0.4-0.5 will be used safely.
 
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Language
日本語  
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Departmental Bulletin Paper  
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Last modified date
Oct 09, 2014 12:48:55  
Creation date
Oct 09, 2014 11:23:43  
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Oct 9, 2014    抄録 を変更
 
Index
/ Public / Faculty of Science and Technology / Keio Science and Technology Reports / 1(1948) / 1(1) 194804
 
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