Influence of Coking Pressure and Oven Age on Chamber Wall Displacement and Coke Pushing Force
スポンサーリンク
概要
- 論文の詳細を見る
- 2011-03-15
著者
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Arima Takashi
Environment & Process Technology Center Nippon Steel Corp.
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Fukuda Koichi
Environment & Process Technology Center Nippon Steel Corp.
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Kubota Yukihiro
Environment & Process Technology Center Nippon Steel Corp.
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Sugiura Masato
Nippon Steel Corporation Environment And Process Development Center
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NAKAGAWA Tomoyuki
Nippon Steel Corporation, Environment and Process Development Center
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KUBOTA Yukihiro
Nippon Steel Corporation, Environment and Process Development Center
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ARIMA Takashi
Nippon Steel Corporation, Environment and Process Development Center
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FUKUDA Koichi
Nippon Steel Corporation, Environment and Process Development Center
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KATO Kenji
Nippon Steel Corporation, Environment and Process Development Center
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AWA Yasuhiko
Nippon Steel Corporation, Environment and Process Development Center
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MITSUGI Kenji
Hokkai Iron & Coke Company
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OKANISHI Kazuya
Hokkai Iron & Coke Company
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SUGIYAMA Isao
Hokkai Iron & Coke Company
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Awa Yasuhiko
Nippon Steel Corporation Environment And Process Development Center
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Sugiyama Isao
Hokkai Iron & Coke Company
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Okanishi Kazuya
Hokkai Iron & Coke Company
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Nakagawa Tomoyuki
Nippon Steel Corporation Environment And Process Development Center
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Arima Takashi
Nippon Steel Corporation Environment And Process Development Center
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Mitsugi Kenji
Hokkai Iron & Coke Company
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Kato Kenji
Nippon Steel Corporation Environment And Process Development Center
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Kubota Yukihiro
Nippon Steel Corporation Environment And Process Development Center
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Fukuda Koichi
Nippon Steel Corporation Environment And Process Development Center
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Arima Takashi
Nippon Steel Corporation
関連論文
- Numerical Investigation for the Effect of Shapes and Arrangement of Inerts on Coke Strength
- Effects of Coal Inertinite Size on Coke Strength
- Influence of Coking Pressure and Oven Age on Chamber Wall Displacement and Coke Pushing Force
- The Effect of Changes in Microscopic Structures on Coke Strength in Carbonization Process
- Coking Pressure Control by Selective Crushing of High Coking Pressure Coal
- Quantitative Evaluation of Relationship between Coke Strength and Pore Structure