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Tetsu-to-Hagané
Vol. 52 (1966), No. 9

Tetsu-to-Hagané Vol. 52 (1966), No. 9

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ONLINE ISSN:	1883-2954
PRINT ISSN:	0021-1575
Publisher:	The Iron and Steel Institute of Japan

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Tetsu-to-Hagané Vol. 52 (1966), No. 9

On the Relations Between Particle Size of Raw Feeds and Properties of Green Balls. (Fundamental studies on pelletizing-III)

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On the Relations Between Particle Size of Raw Feeds and Properties of Green Balls. (Fundamental studies on pelletizing-III)

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Balling Capability of Various Fine Iron Ores.

Kenji SASAKI, Hiroshi NONAKA, Nobuyoshi MIYAZAKI, Akira SASAKI

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Balling Capability of Various Fine Iron Ores.

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On the Reduced Briquette Made from Iron Bearing Fine Materials.

Akitoshi ISHIMITSU, Shiro IDA, Akira SUZUKI

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On the Reduced Briquette Made from Iron Bearing Fine Materials.

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On Some Properties of the Pellets Containing Lime. (Study of the pellets containing lime-II)

Kazuo KUNII, Reijiro NISHIDA, Hideo KOIZUMI, Yoshikazu KATSUMATA

pp. 1300-1303

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On Some Properties of the Pellets Containing Lime. (Study of the pellets containing lime-II)

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On the Reduction of Open Hearth Furnace Dust Pellets by Rotary Kiln. (The study of zinc removal from open-hearthfurnace-dust-II)

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On the Equipments and the Operation of the Plant for the Treatment of Steelmaking Dust.

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On the Equipments and the Operation of the Plant for the Treatment of Steelmaking Dust.

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The Mechanism of Absorption of Phosphate. (On the constitution of phosphorus contained in undersea iron sand-V)

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The Mechanism of Absorption of Phosphate. (On the constitution of phosphorus contained in undersea iron sand-V)

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On Segregation Roasting Reactions of Nickel Ores.

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On Segregation Roasting Reactions of Nickel Ores.

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On Extraction of Ni from Laterite Ores by Sulphate Roasting Method under High Pressures.

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On Extraction of Ni from Laterite Ores by Sulphate Roasting Method under High Pressures.

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Effects of Porosity on the Reducibility of Fe₂O₃ Pellets.

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On the Fluidity of Fluidized Bed Reduction.

Masaya OZAWA, Minoru TANAKA, Masahiko SIMOZAKI

pp. 1317-1320

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On the Fluidity of Fluidized Bed Reduction.

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The Reduction of Iron Ore in Fluidized Rotary Bed.

Tanekazu SOMA

pp. 1320-1322

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The Reduction of Iron Ore in Fluidized Rotary Bed.

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Operation of Heavy Oil Spraying before Ignition at Kukioka A. I. B. Sinter Plant.

Teturo TAKEMURA, Akira TAKEUCHI, Shinichi MATUO, Nobuji NOSAKA

pp. 1323-1325

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Operation of Heavy Oil Spraying before Ignition at Kukioka A. I. B. Sinter Plant.

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Use of Preheated Air in Sintering.

Kenji SASAKI, Hiroshi NONAKA, Nobuyoshi MIYAZAKI, Masahiko MITSUOKA, Takuma KODAMA

pp. 1325-1327

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Use of Preheated Air in Sintering.

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Influence of Gas Combustion in Ignition Room on Sintering Operation. (Studies on combustion control of ignition room- I )

Narumi KOGA, Yasushi ISHIKAWA, Akira KOBAYASHI, Yoshimitsu WATANABE

pp. 1327-1330

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Influence of Gas Combustion in Ignition Room on Sintering Operation. (Studies on combustion control of ignition room- I )

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Influence of Air/gas in Ignition room on Sintring Operation. (Studies on combustion control of ignition room-II )

Narumi KOGA, Yasushi ISHIKAWA, Akira KOBAYASHI, Yoshimitsu WATANABE

pp. 1330-1333

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Influence of Air/gas in Ignition room on Sintring Operation. (Studies on combustion control of ignition room-II )

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On the Sintering Test of LD-OG Convertor Sludge.

Yoshio IRITANI, Tomiya FUKUDA

pp. 1333-1336

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On the Sintering Test of LD-OG Convertor Sludge.

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Two Layers Operation in Sentering Machine.

Toshimi YAMANE, Masahiko HAITANI

pp. 1336-1339

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Two Layers Operation in Sentering Machine.

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On the Construction of No. 2 D. L. Sintering Plant at Hirohata Works.

Isamu SERITA, Sheiichi OTABE, Keiichi WAKABAYASHI, Kazuyuki NAKAYAMA, Akira HASEGAWA, Shinjiro WAKURI

pp. 1340-1342

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On the Construction of No. 2 D. L. Sintering Plant at Hirohata Works.

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On the Variation of Sinter Basicity.

Tsutomu KASE, Takamasa WATANABE, Toshio TAGUCHI, Susumu TSUKAMOTO, Nobuhiko OTAKE

pp. 1342-1345

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On the Variation of Sinter Basicity.

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Effect of Basicity Silica Content and FeO Content on Properties of Lime Sinter.

Toshio MATSUMOTO, Shigeyoshi HORIE, Kazuharu YATSUNAMI, Shuji KAJIKAWA

pp. 1345-1347

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Effect of Basicity Silica Content and FeO Content on Properties of Lime Sinter.

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Properties of Blast Furnace Burdens during Chemical Reduction. (Studies on blast furnace burden properties-I)

Kenjiro KANBARA, Keiki FUJITA, Kosei OKIKAWA

pp. 1348-1350

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日本鉄鋼協会第65回講演大会講演大要

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日本鉄鋼協会第107回講演大会講演概要集(I) その2

Tetsu-to-Hagané Vol.70(1984), No.4

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Properties of Blast Furnace Burdens during Chemical Reduction. (Studies on blast furnace burden properties-I)

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Influence of Burden Properties on Blast Furnace Operation. (Studies on blast furnace burden properties-II)

Shunsaku SIMADA, Keiki FUJITA, Shigekazu FUKUYAMA, Shunsuke TAKAGI

pp. 1350-1352

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Influence of Burden Properties on Blast Furnace Operation. (Studies on blast furnace burden properties-II)

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A Study of Permeability of Ore Burdens by the Reduction Test under Load.

Koretaka KODAMA, Takehiro HORIO, Noritoshi INAGAKI, Ryosuke TAKAHASHI

pp. 1352-1354

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A Study of Permeability of Ore Burdens by the Reduction Test under Load.

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On the Swelling of Hematite Ore during Reduction.

Shojiro WATANABE, Mayumi YOSHINAGA

pp. 1355-1358

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On the Swelling of Hematite Ore during Reduction.

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On the Degradation of Sinters during Reduction.

Hirobumi ANDO, Norihiko SATO, Nobuo TSUCHIYA

pp. 1358-1361

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On the Degradation of Sinters during Reduction.

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On the Softening Properties of Lime Sinter with Various Basicity Ratios.

Sizuo KIRIYAMA, Tadashi KATO, Tatsuya TUZI

pp. 1361-1364

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On the Softening Properties of Lime Sinter with Various Basicity Ratios.

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On the Softening of the Pellets Containing Lime During Reduction. (Study of the pellets containing lime-III)

Kazuo KUNII, Reijiro NISHIDA, Hideo KOIZUMI

pp. 1364-1367

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On the Softening of the Pellets Containing Lime During Reduction. (Study of the pellets containing lime-III)

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On the Reduction of Iron Ore by H₂+CO+N₂ Mixed Gas.

Teinesuke YAGI, Rokuro KUWANO, Yasuro SAITO

pp. 1367-1370

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On the Reduction of Iron Ore by H₂+CO+N₂ Mixed Gas.

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Effect of Pulsating Gas on the Reduction of Iron Ore.

Yukio YAMADA, Tadashi TSUDA

pp. 1370-1372

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Effect of Pulsating Gas on the Reduction of Iron Ore.

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The Countercurrent Reduction of Iron in a Descending Bed.

Tanekazu SOMA

pp. 1372-1374

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The Countercurrent Reduction of Iron in a Descending Bed.

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Application of Rate Equation of Reduction of Ore in the Experimental Shaft Furnace. (Study of reduction process in shaft of blast furnace- III)

Koretaka KODAMA, Takehiro HORIO, Noritoshi INAGAKI

pp. 1375-1377

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Application of Rate Equation of Reduction of Ore in the Experimental Shaft Furnace. (Study of reduction process in shaft of blast furnace- III)

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Considerations of Iron Reduction Processes. (Basic study on iron making by a miniature blast furnace-II )

Felipe P. CALDERON, Akimitsu OHKURA, Yukio MATSUSHITA

pp. 1377-1380

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Tetsu-to-Hagané Vol.50(1964), No.13

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Tetsu-to-Hagané Vol.45(1959), No.11

The Course the Experimental Blast Furnace in the University of Tokyo Has Followed

Tetsu-to-Hagané Vol.70(1984), No.11

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Considerations of Iron Reduction Processes. (Basic study on iron making by a miniature blast furnace-II )

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On the Heating-up and Oepration of High Temperature Hot Stove.

Masayuki YASUTAKE, Mineki SONOKAWA, Katsumi SATO, Haruo MORITA, Hiroshi SASAGAWA

pp. 1380-1382

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On the Heating-up and Oepration of High Temperature Hot Stove.

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Construction of High Temperature Hot Stove.

Masayuki YASUTAKE, Mineki SONOKAWA, Katsumi SATO, Toshie OGATA, Haruo MORITA, Hiroshi SASAGAWA, Masahiro YASUOKA

pp. 1382-1383

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Construction of High Temperature Hot Stove.

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On Some Improvement of Work and Instrument at the Cast of the Blast Furnace.

Takesi KITAGAWA, Takahiro FUKUTA, Aziro HASIMOTO, Kazuo KIMURA

pp. 1383-1386

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On Some Improvement of Work and Instrument at the Cast of the Blast Furnace.

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Relation between Carbon Deposition and the Changes of Properties of Brick for Blast Furnace and their Test Method. (Studies of carbon deposition to bricks for blast furnace- I)

Kazuro SUZUKI, Hidetoshi TSUTSUMI, Takao SUZUKI

pp. 1386-1389

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Relation between Carbon Deposition and the Changes of Properties of Brick for Blast Furnace and their Test Method. (Studies of carbon deposition to bricks for blast furnace- I)

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Investigation on Properties of Higashida No. 6 Blast Furnace Bottom Linings, 5th Campaign. (Study on wear mechanism of blast furnace linings-VI )

Hiroshi OHBA, Keisuke HIRAGUSHI, Masataka MATSUO

pp. 1389-1392

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Investigation on Properties of Higashida No. 6 Blast Furnace Bottom Linings, 5th Campaign. (Study on wear mechanism of blast furnace linings-VI )

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Some Considerations on Scaffolding at the Blast Furnace Shaft.

Takashi KOSUGE, Koretaka KODAMA, Yukihiro HIDA

pp. 1392-1395

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Some Considerations on Scaffolding at the Blast Furnace Shaft.

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On the Shaft Scaffolding Removal in Higashida No.1 B. F.

Kiyoshi MITSUI, Katsuya ONO, Zemaku AYUHA, Takashi NAKAGAWA

pp. 1395-1397

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On the Shaft Scaffolding Removal in Higashida No.1 B. F.

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The Effect of the Slag Composition on the Desulfurization R ate in Blast Furnace.

Fumitada NAKATANI, Michiharu HATANO, Hiroshi NOMIYAMA

pp. 1398-1401

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The Effect of the Slag Composition on the Desulfurization R ate in Blast Furnace.

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Study on the Silica Reduction in Blast Furnace. (Study on melt zone of blast furnace-I)

Takashi KOSUGE, Koretaka KODAMA, Hideo KANOSHIMA

pp. 1401-1404

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Study on the Silica Reduction in Blast Furnace. (Study on melt zone of blast furnace-I)

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On the Physical Phenomena in the Blast Furnace. (Analysis on the conditions of the blast furnace operation-I)

Kiyoshi SEKAWA, Hidetaka ISHIKAWA

pp. 1404-1406

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On the Physical Phenomena in the Blast Furnace. (Analysis on the conditions of the blast furnace operation-I)

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On the Productivity of the Blast Furnace. (Analysis on the conditions of the blast furnace operation-II )

Kiyoshi SEKAWA, Hidetaka ISHIKAWA

pp. 1407-1410

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On the Productivity of the Blast Furnace. (Analysis on the conditions of the blast furnace operation-II )

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Effect of Wind Rate on the Coke Consumption in Blast Furnace.

Kiyoshi MITSUI, Katsuya ONO, Minoru IKEDA

pp. 1410-1412

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Effect of Wind Rate on the Coke Consumption in Blast Furnace.

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Influence of Tuyere Conditions on Destruction of Raceway and Flow Distribution. (Some consideration of blast furnace practice- I )

Hirobumi ANDO, Takao HAMADA

pp. 1413-1415

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Influence of Tuyere Conditions on Destruction of Raceway and Flow Distribution. (Some consideration of blast furnace practice- I )

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Influence of Size Distribution of Materials on Physical Aspects of Packed Bed. (Some consideration of blast furnace practice-I )

Hirobumi ANDO, Takao HAMADA

pp. 1415-1417

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Influence of Size Distribution of Materials on Physical Aspects of Packed Bed. (Some consideration of blast furnace practice-I )

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On the Rate of Absorption of Nitrogen in the Liquid Iron Containing Surface Active Elements. (Studies on the rate of absorption of nitrogen in liquid iron- V)

Michio INOUYE, Takao CHO

pp. 1418-1421

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On the Rate of Absorption of Nitrogen in the Liquid Iron Containing Surface Active Elements. (Studies on the rate of absorption of nitrogen in liquid iron- V)

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Desulphurization Rate and Change of Area of Reaction Interface. (Kinetic study on the steelmaking reactions-II )

Kazuhiro GOTO, Sumio SHIOMI, Yukio MATSUSHITA

pp. 1421-1424

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Desulphurization Rate and Change of Area of Reaction Interface. (Kinetic study on the steelmaking reactions-II )

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Mass Transfer in Pb-Cd Alloy-Salts System. (Model studies of slag-metal reactions-II)

Kazumi MORI, Yuichi ONO, Tsutomu HATANAKA

pp. 1424-1427

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Mass Transfer in Pb-Cd Alloy-Salts System. (Model studies of slag-metal reactions-II)

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Surface Tension of CaO-SiO₂-Al₂O₃ and CaO-Al₂O₃ Slags. (Study on surface tension of molten slag-I )

Kazumi OGINO, Tetsuro SUETAKI, Ryoichi TSUKUDA, Akira ADACHI

pp. 1427-1429

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Tetsu-to-Hagané Vol.49(1963), No.2

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Tetsu-to-Hagané Vol.54(1968), No.9

Effect of Alloying Elements on Interfacial Tension between Molten Steel and Slag

Tetsu-to-Hagané Vol.53(1967), No.7

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Surface Tension of CaO-SiO₂-Al₂O₃ and CaO-Al₂O₃ Slags. (Study on surface tension of molten slag-I )

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Dissolution of Steel Cylinder into Liquid Fe-C Alloy. (Stirring of liquid iron in H. F. furnace-I)

Mineo KOSAKA, Susumu MINOWA

pp. 1429-1432

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Relationship between Deep Drawability and Textures in Low Carbon Steel Sheets

Tetsu-to-Hagané Vol.54(1968), No.11

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Dissolution of Steel Cylinder into Liquid Fe-C Alloy. (Stirring of liquid iron in H. F. furnace-I)

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Intencity of Stirring of Liquid Fe-C Alloy in H. F. Furnaces. (Stirring of liquid iron in H. F. furnace-II)

Mineo KOSAKA, Susumu MINOWA

pp. 1432-1436

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Intencity of Stirring of Liquid Fe-C Alloy in H. F. Furnaces. (Stirring of liquid iron in H. F. furnace-II)

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Effect of FeO, MgO or MnO on the Electrical Conductivity of Molten CaO(43)-SiO₂ (43)-Al₂O₃(14) Slag. (Research on the molten slag refyning- VIII)

Makoto KATO, Susumu MINOWA

pp. 1436-1438

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On the Behavior of Several Kinds of Oxide Inclusion in Steels during Hot-rolling

Tetsu-to-Hagané Vol.54(1968), No.9

Effect of Alloying Elements on Interfacial Tension between Molten Steel and Slag

Tetsu-to-Hagané Vol.53(1967), No.7

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Effect of FeO, MgO or MnO on the Electrical Conductivity of Molten CaO(43)-SiO₂ (43)-Al₂O₃(14) Slag. (Research on the molten slag refyning- VIII)

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Effect of V₂O₅, Cr₂O₃, P₂O₅ or TiO₂ on the Electrical Conductivity of Molten CaO (43)-SiO₂(43)-Al₂O₃(14) Slag. (Research on the molten slag refyning- IX)

Makoto KATO, Susumu MINOWA

pp. 1438-1440

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Effect of V₂O₅, Cr₂O₃, P₂O₅ or TiO₂ on the Electrical Conductivity of Molten CaO (43)-SiO₂(43)-Al₂O₃(14) Slag. (Research on the molten slag refyning- IX)

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Effect of NaF, CaF₂, MgF₂ or AlF₃ on the Electrical Conductivity of Molten CaO (43)-SiO₂(43)-Al₂O₃(14) Slag. (Research on the molten slag refyning- X)

Makoto KATO, Susumu MINOWA

pp. 1441-1443

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Effect of NaF, CaF₂, MgF₂ or AlF₃ on the Electrical Conductivity of Molten CaO (43)-SiO₂(43)-Al₂O₃(14) Slag. (Research on the molten slag refyning- X)

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Effects of Nickel, Molybdenum, Vanadium, Tungsten and Cobalt on the Activity of Carbon in High Carbon Liquid Steel.

Toshisada MORI, Kimio FUJIMURA, Ikuro NODA

pp. 1443-1445

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Effects of Nickel, Molybdenum, Vanadium, Tungsten and Cobalt on the Activity of Carbon in High Carbon Liquid Steel.

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On the Reduction of Synthetized Fayalite with Hydrogen. (The study of the formation and reduction of fayalite-II )

Susumu MINOWA, Mamoru YAMADA

pp. 1445-1448

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On the Reduction of Synthetized Fayalite with Hydrogen. (The study of the formation and reduction of fayalite-II )

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The Silica Reduction between CaO-MgO SiO₂ and Carbon-Saturated Iron.

Chikao YOSHII, Toru TANIMIURA

pp. 1448-1451

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The Silica Reduction between CaO-MgO SiO₂ and Carbon-Saturated Iron.

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Exchange Reaction of Elements between Slag and Molten Iron.

Yoshio MIYASHITA, Katsuhiko NISHIKAWA

pp. 1451-1453

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Exchange Reaction of Elements between Slag and Molten Iron.

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On the Rising Velocity of SiO₂ Particles in Static Molten Iron. (Study on the rise of deoxidation products-II )

Yoshio MIYASHITA, Katsuhiko NISHIKAWA

pp. 1454-1456

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On the Rising Velocity of SiO₂ Particles in Static Molten Iron. (Study on the rise of deoxidation products-II )

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On the Rate of Deoxidation Mainly by Aluminum in Tranquil Steel Bath. (Kinetic reseach on deoxidation of steel-VIII)

Takaho KAWAWA, MASUTA OKUBO, Yasutoshi SASAJIMA

pp. 1457-1460

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On the Rate of Deoxidation Mainly by Aluminum in Tranquil Steel Bath. (Kinetic reseach on deoxidation of steel-VIII)

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On the Separation Mechanism of Inclusion in Stirred and Tranquil Steel Bath. (Kinetic research on deoxidation of steel-IX)

Takaho KAWAWA, Masuta OKUBO, Yasutoshi SASAJIMA

pp. 1460-1463

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Tetsu-to-Hagané Vol.54(1968), No.9

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Tetsu-to-Hagané Vol.53(1967), No.7

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On the Separation Mechanism of Inclusion in Stirred and Tranquil Steel Bath. (Kinetic research on deoxidation of steel-IX)

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On the Composition of the Inclusion Formed on Codeoxidation.

Yasushi KOJIMA, Koji MIWA, Kokichi SANO

pp. 1463-1465

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Effect of Addition of Ti and B on Mn-Si, Mn-Si-Cr and Mn-Si-Mo Steels

Tetsu-to-Hagané Vol.49(1963), No.2

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Tetsu-to-Hagané Vol.54(1968), No.9

Effect of Alloying Elements on Interfacial Tension between Molten Steel and Slag

Tetsu-to-Hagané Vol.53(1967), No.7

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On the Composition of the Inclusion Formed on Codeoxidation.

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On the Composition of Oxides in Equilibrium with Liquid Iron-Chromium-Oxygen Alloys.

Kiichi TAKAHASHI, Yasushi KOJIMA, Hiroshi SAKAO, Kokichi SANO

pp. 1465-1468

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Tetsu-to-Hagané Vol.53(1967), No.11

Study on the Behavior of Nonmetallic Inclusions in High Carbon Chromium Steel.

Tetsu-to-Hagané Vol.51(1965), No.2

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On the Composition of Oxides in Equilibrium with Liquid Iron-Chromium-Oxygen Alloys.

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Consideration on the Formation Mechanism of Chromium Containing Oxide Inclusions.

Akira ADACHI, Nobuya IWAMOTO

pp. 1468-1470

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Consideration on the Formation Mechanism of Chromium Containing Oxide Inclusions.

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Kinetic Study on the Al and V Deoxidation of Liquid Iron.

Rokuro SAKAGAMI, Iseko Suzuki, Keiji SATO

pp. 1470-1472

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Kinetic Study on the Al and V Deoxidation of Liquid Iron.

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Tetsu-to-Hagané Vol. 52 (1966), No. 9

Keyword Ranking

filiform corrosion of zn-mg-al coated steel

grain boundary amelioration

electromagnetic steel plate

inclusions and reduction of their amount in the continuous casting process

y. iwanaga

y. iwanaga: tetsu to hagane, 1982, vol. 68, pp. 740–49.

1982

bridging oxygen

controlled plane reduction

dual phase steel

Tetsu-to-Hagané Vol. 52 (1966), No. 9

On the Relations Between Particle Size of Raw Feeds and Properties of Green Balls. (Fundamental studies on pelletizing-III)

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Balling Capability of Various Fine Iron Ores.

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On the Reduced Briquette Made from Iron Bearing Fine Materials.

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On Some Properties of the Pellets Containing Lime. (Study of the pellets containing lime-II)

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On the Reduction of Open Hearth Furnace Dust Pellets by Rotary Kiln. (The study of zinc removal from open-hearthfurnace-dust-II)

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The Mechanism of Absorption of Phosphate. (On the constitution of phosphorus contained in undersea iron sand-V)

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Effects of Porosity on the Reducibility of Fe2O3 Pellets.

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The Reduction of Iron Ore in Fluidized Rotary Bed.

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Operation of Heavy Oil Spraying before Ignition at Kukioka A. I. B. Sinter Plant.

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Use of Preheated Air in Sintering.

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Influence of Gas Combustion in Ignition Room on Sintering Operation. (Studies on combustion control of ignition room- I )

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Influence of Air/gas in Ignition room on Sintring Operation. (Studies on combustion control of ignition room-II )

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On the Sintering Test of LD-OG Convertor Sludge.

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Two Layers Operation in Sentering Machine.

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On the Construction of No. 2 D. L. Sintering Plant at Hirohata Works.

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On the Variation of Sinter Basicity.

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Effect of Basicity Silica Content and FeO Content on Properties of Lime Sinter.

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Properties of Blast Furnace Burdens during Chemical Reduction. (Studies on blast furnace burden properties-I)

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Influence of Burden Properties on Blast Furnace Operation. (Studies on blast furnace burden properties-II)

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A Study of Permeability of Ore Burdens by the Reduction Test under Load.

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On the Swelling of Hematite Ore during Reduction.

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On the Degradation of Sinters during Reduction.

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On the Softening Properties of Lime Sinter with Various Basicity Ratios.

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On the Softening of the Pellets Containing Lime During Reduction. (Study of the pellets containing lime-III)

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On the Reduction of Iron Ore by H2+CO+N2 Mixed Gas.

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Effect of Pulsating Gas on the Reduction of Iron Ore.

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The Countercurrent Reduction of Iron in a Descending Bed.

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Application of Rate Equation of Reduction of Ore in the Experimental Shaft Furnace. (Study of reduction process in shaft of blast furnace- III)

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Considerations of Iron Reduction Processes. (Basic study on iron making by a miniature blast furnace-II )

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On the Heating-up and Oepration of High Temperature Hot Stove.

Effects of Porosity on the Reducibility of Fe₂O₃ Pellets.

On the Reduction of Iron Ore by H₂+CO+N₂ Mixed Gas.

Surface Tension of CaO-SiO₂-Al₂O₃ and CaO-Al₂O₃ Slags. (Study on surface tension of molten slag-I )

Effect of FeO, MgO or MnO on the Electrical Conductivity of Molten CaO(43)-SiO₂ (43)-Al₂O₃(14) Slag. (Research on the molten slag refyning- VIII)

Effect of V₂O₅, Cr₂O₃, P₂O₅ or TiO₂ on the Electrical Conductivity of Molten CaO (43)-SiO₂(43)-Al₂O₃(14) Slag. (Research on the molten slag refyning- IX)

Effect of NaF, CaF₂, MgF₂ or AlF₃ on the Electrical Conductivity of Molten CaO (43)-SiO₂(43)-Al₂O₃(14) Slag. (Research on the molten slag refyning- X)

The Silica Reduction between CaO-MgO SiO₂ and Carbon-Saturated Iron.

On the Rising Velocity of SiO₂ Particles in Static Molten Iron. (Study on the rise of deoxidation products-II )