Aoyagi Yuzo | New Ace Institute Co. Ltd.
スポンサーリンク
概要
関連著者
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Aoyagi Yuzo
New A. C. E. Institute Co. Ltd.
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Aoyagi Yuzo
New Ace Institute Co. Ltd.
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Goto Yuichi
Environment Research Department National Traffic Safety And Environment Laboratory
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Odaka Matsuo
National Traffic Safety And Environment Laboratory
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ASAUMI Yasuo
New ACE Institute Co., Ltd.
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Kunishima Eiji
New Ace Institute Co. Ltd.
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GOTO Yuichi
National Traffic Safety and Environment Laboratory
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KUNISHIMA Eiji
New ACE Institute Co., Ltd.
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AIHARA Yoshiaki
New ACE Institute Co., Ltd.
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Aihara Yoshiaki
New Ace Institute Co. Ltd.
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HARADA Akira
New ACE Institute, Co., Ltd.
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Harada Akira
New Ace Institute Co. Ltd.
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Goto Yuichi
Environment Research Department Traffic Safety And Environment Laboratory An Independent Administrat
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Goto Yuichi
Environment Research Department Lab. National Trffic Safety And Environment Lab.
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KOBAYASHI Masayuki
NEW A. C. E. Institute Co., Ltd.
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AOYAGI Yuzo
Research Department, New ACE Institute Co., Ltd.
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Misawa Masahiro
Research Department New A. C. E.
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Aoyagi Yuzo
New Ace
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Aoyagi Yuzo
Research Department New Ace
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Kobayashi Masayuki
Research Department, NEW A. C. E.
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Odaka Matsuo
Environment Research Department, National Traffic Safety and Environment Laboratory
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Shimazaki Naoki
Isuzu Advanced Engineering Center Ltd.
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MIYAMOTO Takeshi
Bosh Automotive Systems Corp.
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TSURUSHIMA Tadashi
ISUZU Advanced Engineering Center, Ltd.
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SASAKI Satoru
Denso Corporation
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HAYASHI Koichi
Aoyama Gakuin University
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ASAUMI Yasuo
Nissan Diesel Motor Co., Ltd.
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Tsurushima Tadashi
Isuzu Advanced Engineering Center Ltd.
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Morita Akiyoshi
Japan Automobile Research Institute
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Seko Toshiyuki
Japan Automobile Research Institute
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Seko Toshiyuki
Japan Automobile Reaseach Institute Inc.
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Kobayashi Masayuki
New A. C. E. Institute Co. Ltd.
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Shimazaki Naoki
ISUZU Advanced Engineering Center, Ltd.
著作論文
- High EGR Diesel Combustion and Emission Reduction Study by Single Cylinder Engine(Diesel Engines, Performance and Emissions, Intake Gas Treatment)
- Diesel Combustion and Emission Using High Boost and High Injection Pressure in a Single Cylinder Engine : Effects of Boost Pressure and Timing Retardation on Thermal Efficiency and Exhaust Emissions(Advanced Combustion Technology in Interna
- Diesel Combustion and Emission Study by Using of High Boost and High Injection Pressure in Single Cylinder Engine : The effects of boost pressure and timing retardation on thermal efficiency and exhaust emissions(Diesel Engines, Performance and Emissions,
- Modeling Ignition and Combustion in Direct Injection Compression Ignition Engines Employing Very Early Injection Timing
- (1-17) Visualized Analysis of a Pre-Mixed Diesel Combustion Under the High Boosting Engine Condition((NCS-1)Novel Combustion Systems 1-Homogeneous Charge, Premixed Charge Compression Ignition Engines)