Fundamental Studies on NO and CO Emissions and Their Control in Combustion Systems : 1st Report, An Experiment Using Flat Flame Burner and Its Interpretation by Chemical Kinetics
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概要
著者
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Takagi Toshimi
Faculty Of Engineering Osaka University.
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Takagi Toshimi
Faculty Of Engineering Osaka University
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OGASAWARA Mitsunobu
Faculty of Engineering, Osaka University.
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MATSUHAMA Masaaki
Mitsubishi Heavy Industry. Graduate, Faculty of Engineering, Osaka University.
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FUJII Kenichi
Mitsubishi Heavy Industry. Graduate, Faculty of Engineering, Osaka University.
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Fujii Kenichi
Mitsubishi Heavy Industry. Graduate Faculty Of Engineering Osaka University.
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Ogasawara Mitsunobu
Faculty Of Engineering Osaka University
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Matsuhama Masaaki
Mitsubishi Heavy Industry. Graduate Faculty Of Engineering Osaka University.
関連論文
- Boiling Crisis in the Horizontal Channel : (4th Report, Analysis on Burnout Heat Flux in Annular Mist Flow)
- Boiling Crisis in the Horizontal Channel : 3rd Report, Burnout in Uniformly Heated Horizontal Tubes
- Boiling Crisis in the Horizontal Channel : 1st Report, Critical Heat Flux for Square Channel with Separately Heated Top or Bottom
- Fundamental Studies on NO and CO Emissions and Their Control in Combustion Systems : 2nd Report, Numerical Study on Various Factors Affecting NO Formation and Effectiveness of Emission Control Systems
- Fundamental Studies on NO and CO Emissions and Their Control in Combustion Systems : 1st Report, An Experiment Using Flat Flame Burner and Its Interpretation by Chemical Kinetics
- Ignition and Combustion of a Fine Fuel Droplet Falling Freely into the Hot Atmosphere
- Turbulent Transport of Momentum and Heat in a Swirling Flame : Retardation of Mixing and Counter-Gradient Diffusion
- Study on the Burning of a Fuel Drop in Heated and Pressurized Air Stream : 3rd Report, Empirical Formula for the Flame Transition Air Velocity
- Study on the Drag of a Cylinder and a Sphere with Flames Supported in Air Stream
- Study on the Burning of a Fuel Drop in Heated and Pressurized Air Stream : 2nd Report, Empirical Formulas Concerning the Burning Rate and the Flame Shape
- Study on the Burning of a Fuel Drop in Heated and Pressurized Air Stream : 1st Report, Experiment