Masumoto Shinichi | Steel Research Laboratory Jfe Steel Corp.
スポンサーリンク
概要
関連著者
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MACHIDA Satoshi
Steel Research Laboratory, JFE Steel Corporation
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Masumoto Shinichi
Steel Research Laboratory Jfe Steel Corp.
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MACHIDA Satoshi
Steel Research Laboratory, JFE Steel Corp.
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Takeda Kanji
Steel Research Laboratory Jfe Steel Corp.
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Oyama Nobuyuki
Steel Research Laboratory Jfe Steel Corp.
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Higuchi Takahide
Steel Research Laboratory Jfe Steel Corp.
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Sato Hideaki
Steel Research Laboratory Jfe Steel Corp.
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Sato Hideaki
Steel Research Laboratory Jfe Steel Co.
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SATO Hideaki
Steel Research Laboratory, JFE Steel Co.
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HIGUCHI Takahide
Steel Research Laboratory, JFE Steel Corporation
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Yamashita Katsuhiro
East Japan Works Jfe Steel Corporation
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Ichikawa Koichi
Steel Research Laboratory Jfe Steel Co.
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Nishioka Koki
Department Of Material Science And Engineering Kyushu University
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TAMURA Koichi
East Japan Works, JFE Steel Corporation
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Sato Michitaka
Steel Research Laboratory Jfe Steel Corporation
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Shimizu Masakata
Department Of Material Science And Engineering Kyushu University
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Noda Hidetoshi
Jfe Mineral Co.
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Nushiro Koichi
Steel Research Laboratory Jfe Steel Co.
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SAKAI Hidenori
JFE Mineral Co.
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Tamura Koichi
East Japan Works Jfe Steel Corporation
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Yamamoto Tetsuya
Steel Research Laboratory Jfe Steel Corp.
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IWAMI Yuji
Steel Research Laboratory, JFE Steel Corp.
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WATANABE Yoshinori
East Japan Works (Keihin), JFE Steel Corp.
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Iwami Yuji
Steel Research Laboratory Jfe Steel Corp.
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Watanabe Yoshinori
East Japan Works (keihin) Jfe Steel Corp.
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NISHIOKA Koki
Department of Material Science and Engineering, Kyushu University
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SHIMIZU Masakata
Department of Material Science and Engineering, Kyushu University
著作論文
- Optimization of Coke Breeze Segregation in Sintering Bed under High Pisolite Ore Ratio
- Effect of High-phosphorous Iron Ore Distribution in Quasi-particle on Melt Fluidity and Sinter Bed Permeability during Sintering
- Experimental Evaluation of Chemical Composition and Viscosity of Melts during Iron Ore Sintering
- Development of Secondary-fuel Injection Technology for Energy Reduction in the Iron Ore Sintering Process