Okajima Akiko | Faculty Of Engineering Hosei University
スポンサーリンク
概要
関連著者
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Okajima Akiko
Faculty Of Engineering Hosei University
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Okajima S
Hosei Univ. Tokyo Jpn
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Okajima S
Faculty Of Engineering Hosei University
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KAWAKAMI Tadashige
Faculty of Engineering, Hosei University
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OKAJIMA Satoshi
Faculty of Engineering, Hosei University
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Kawakami Tadashige
Faculty Of Engineering Hosei University
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Kawakami Tadashige
College Of Engineering Hosei University
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Okajima A
Hosei Univ. Tokyo
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Okajima Satoshi
Faculty Of Engineering Hosei University
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OHNO Tomoyuki
Faculty of Engineering, Hosei University
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OKAJIMA Akiko
Mechanical Engineering, Graduate school of Engineering
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TAKAYAMA Yasuhiro
Mechanical Engineering, Graduate school of Engineering
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WATANABE Masashi
Mechanical Engineering, Graduate school of Engineering
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OKAJIMA Satoshi
Department of Mechanical Engineering, Faculty of Engineering
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Okajima Akiko
College Of Engineering Hosei University
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Okajima Satoshi
Department Of Internal Medicine Fujita-gakuen Health University School Of Medicine
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Ohno Tomoyuki
Faculty Of Engineering Hosei University
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Takayama Y.
Department Of Physics Tokyo Metropolitan University
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Takayama Yasuhiro
Mechanical Engineering Graduate School Of Engineering
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Yoshida Testuo
Department Of Physics Tokyo Metropolitan University
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Okajima Satoshi
College of Engineering, Hosei University
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Okajima Akiko
Mechanical Engineering Graduate School Of Engineering
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Okajima Satoshi
College Of Engineering Hosei University
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Yoshida Tetsuo
Department Of Physics Tokyo Metropolitan University
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Watanabe Masashi
Mechanical Engineering Graduate School Of Engineering
著作論文
- EXPERIMENTAL INVESTIGATION OF WASTE FUEL COMBUSTION IN HIGH TEMPERATURE AND LOW OXYGEN EXHAUST GAS
- Combustion Characteristics of Solid Waste Fuels Burning in High Temperature and Low Oxygen Atmosphere
- Microgravity Observation on Combustion Behavior of Solid Waste Fuels in High Temperature and Low Oxygen Atmosphere
- A206 Investigation of Irregular Flame Behavior near Lean Limit Mixtures in a Cllosed Bomb using Microgravity Technique(Laminar flame-2)