Studies of Diffusion Flame Matrix Burner
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概要
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Experimental studies were made of the combustion characteristics, the flame structure and the combustion gas composition of a diffusion flame matrix burner which consists of a bundle of air tubes arranged in a regular matrix through a porous plate for fuel exit. For appropriate flow rates of air and fuel, a very short connected mat of flame is stabilized at a few millimeters above the porous surface. The stability limits and the temperature and stable-species concentration profiles were measured in detail for methane flames at atmospheric pressure. Results show that, although the stable flame appears to be almost flat as a whole, the local cross-sectional shape of the luminous flame zone and accordingly the combustion gas composition change mainly with the air ejection velocity. In order to burn the ejected fuel completely, it is necessary to suppress the air ejection velocity.
- 一般社団法人日本機械学会の論文
著者
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Sakai Yukio
Department Of Mechanical Engineering Sophia University
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Sakai Yukio
Department Of Industrial Chemistry Faculty Of Engineering Tokyo Institute Of Polytechnics
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Tsuji Hiroshi
Institute Of Interdisciplinary Research Faculty Of Engineering The University Of Tokyo
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Tsuji Hiroshi
Institute Of Space And Aeronautical Science University Of Tokyo
関連論文
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- No_x Emission Characteristics of a Diffusion Flame Matrix Burner
- Studies of a Diffusion Flame Matrix Burner in a Combustion Chamber with Heat Exchanger
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- Studies of Diffusion Flame Matrix Burner