Combustion of Lean Flammable Mixtures in an Intense Radiation Field
A combustion process showing a slow temperature rise was realized in an intense radiation field by burning a lean combustible mixture in a cylindrical combustion chamber lined with a refractory in which a permeable plate was placed at the upstream and downstream ends, respectively. It was found by t...
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| Published in | Nihon Kikai Gakkai rombunshuu. B hen Vol. 54; no. 506; pp. 2922 - 2928 |
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| Main Authors | , , |
| Format | Journal Article |
| Language | English Japanese |
| Published |
The Japan Society of Mechanical Engineers
1988
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| Subjects | |
| Online Access | Get full text |
| ISSN | 0387-5016 1884-8346 1884-8346 |
| DOI | 10.1299/kikaib.54.2922 |
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| Abstract | A combustion process showing a slow temperature rise was realized in an intense radiation field by burning a lean combustible mixture in a cylindrical combustion chamber lined with a refractory in which a permeable plate was placed at the upstream and downstream ends, respectively. It was found by the measurement of the temperature and composition of gas along with the ion current and by high-speed schlieren photography, that a laminar flame was attached to the lower part of the red-hot refractory surface and that it spread towards the upper central portion, even if the mixture strength was below the lean flammable limit. The flame becomes convex toward the unburnt mixture due to some instability resulting in a kind of cellular structure. The flickering of the flame due to the wavy motion of the flame base and the cellular structure is the cause of the slow temperature rise. |
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| AbstractList | A combustion process showing a slow temperature rise was realized in an intense radiation field by burning a lean combustible mixture in a cylindrical combustion chamber lined with a refractory in which a permeable plate was placed at the upstream and downstream ends, respectively. It was found by the measurement of the temperature and composition of gas along with the ion current and by high-speed schlieren photography, that a laminar flame was attached to the lower part of the red-hot refractory surface and that it spread towards the upper central portion, even if the mixture strength was below the lean flammable limit. The flame becomes convex toward the unburnt mixture due to some instability resulting in a kind of cellular structure. The flickering of the flame due to the wavy motion of the flame base and the cellular structure is the cause of the slow temperature rise. A combustion process showing a slow temperature rise was realized in an intense radiation field by burning a lean combustible mixture in a cylindrical combustion chamber lined with a refractory in which a permeable plate was placed at the upstream and downstream ends, respectively. It was found by the measurement of the temperature and composition of gas along with the ion current and by high-speed schlieren photography, that a laminar flame was attached to the lower part of the red-hot refractory surface and that it spread towards the upper central portion, even if the mixture strength was below the lean flammable limit. |
| Author | MIZUTANI, Yukio ADACHI, Kazumi YOSHIDA, Tomoki |
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| References | (8) 越後,機論.48-435B(昭57),2315. (2) Arpaci, V.S. and Tabaczynsky, R.J., Combust. Flame, 57-2 (1984), 169. (7) Echigo, R, et al., Proc. 1983 ASME-JSME Thermal Enging Conference, Vol. 4, (1983), 99. (9) 水谷•ほか2名,機論,51-468B(昭60),2656. (6) 水谷•徳田,機論151-471 B(昭60),3608. (3) Jourin, G. and Deshaies, B., Combust. Sci. & Technol., 47-5/6 (1986), 299. (4) Mizutani, Y. and Satomura, M., 19th Symposium (International) on Combustion, (1982). 529, The Combustion Institute. (1) Sohrab, S.H. and Chao, B.H., Combust. Sci. & Technol., 38-5/6 (1984), 245. (5) Mizutani, Y. and Matsumoto, T., Proc. 1983 Tokyo International Gas Turbine Congress, Vol. 1, (1984), 237, GTSJ. |
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| Title | Combustion of Lean Flammable Mixtures in an Intense Radiation Field |
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