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Publication List - Boyuan Cai (13 entries)
Journal Paper
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Miyuki Hayashi,
Boyuan Cai,
Masahiro Susa.
Dominant Factor Affecting Reducibility of Calcio-wüstite Originating from Silico-ferrite of Calcium and Aluminum,
ISIJ International,
Vol. 60,
No. 12,
pp. 2649–2658,
Dec. 2020.
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Boyuan Cai,
Takashi Watanabe,
Chikashi KAMIJO,
Masahiro Susa,
Miyuki Hayashi.
Comparison between Reducibilities of Columnar Silico-ferrite of Calcium and Aluminum (SFCA) Covered with Slag and Acicular SFCA with Fine Pores,
ISIJ International,
Vol. 58,
No. 4,
pp. 642-651,
Apr. 2018.
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Boyuan Cai,
Takashi Watanabe,
Chikashi KAMIJO,
Kohei SUNAHARA,
Masahiro Susa,
Miyuki Hayashi.
Reducibilities of wüstite and calcio-wüstite in terms of high temperature X-ray diffraction analysis,
ISIJ International,
ISIJ,
Vol. 57(2017),
No. 4,
pp. 681-688,
Apr. 2017.
International Conference (Reviewed)
Domestic Conference (Reviewed)
Domestic Conference (Not reviewed / Unknown)
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Miyuki Hayashi,
Boyuan Cai,
Masahiro Susa,
Kohei SUNAHARA.
Effect of mineral phases, morphologies and chemical compositions on reducibilities of iron ore sinters,
一般社団法人日本鉄鋼協会 第177回春季講演大会,
材料とプロセス、第177回春季講演大会 概要集,
Mar. 2019.
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Boyuan Cai,
Takashi Watanabe,
Masahiro Susa,
Miyuki Hayashi.
Effect of solid solution amount of MgO on reducibilities of magnetite and wustite in a blast furnace,
一般社団法人日本鉄鋼協会第175回春季講演大会,
CAMP-ISIJ,
一般社団法人日本鉄鋼協会,
Vol. 31,
No. -2018,
pp. 169,
Mar. 2018.
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Boyuan Cai,
Takashi Watanabe,
Masahiro Susa,
Miyuki Hayashi.
Evaluation of the reducibility of synthesized SFCA using high-temperature X-ray diffraction,
一般社団法人日本鉄鋼協会 第173回春季講演大会,
CAMP-ISIJ,
Vol. 30,
No. 2017,
pp. 267,
Mar. 2017.
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Boyuan Cai,
Takashi Watanabe,
Masahiro Susa,
Miyuki Hayashi,
Chikashi KAMIJO,
Kohei Sunahara.
高温X線回折による焼結鉱の被還元性の評価,
一般社団法人日本鉄鋼協会第172回秋季講演大会,
材料とプロセス : 日本鉄鋼協会講演論文集,
Vol. 29,
No. -2016,
pp. 588,
Sept. 2016.
Degree
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Designing of Iron Ore Sinters with High Reducibility from the Perspective of Mineral Phases, Morphologies and Chemical Compositions,
Summary,
Doctor (Engineering),
Tokyo Institute of Technology,
2018/09/20,
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Designing of Iron Ore Sinters with High Reducibility from the Perspective of Mineral Phases, Morphologies and Chemical Compositions,
Thesis,
Doctor (Engineering),
Tokyo Institute of Technology,
2018/09/20,
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Designing of Iron Ore Sinters with High Reducibility from the Perspective of Mineral Phases, Morphologies and Chemical Compositions,
Outline,
Doctor (Engineering),
Tokyo Institute of Technology,
2018/09/20,
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Designing of Iron Ore Sinters with High Reducibility from the Perspective of Mineral Phases, Morphologies and Chemical Compositions,
Exam Summary,
Doctor (Engineering),
Tokyo Institute of Technology,
2018/09/20,
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