Abstract
To elucidate the nature of the mixing process in the structure of turbulent diffusion flames, it is extremely important to understand the change of the time-dependent stepwise components of the macroscopic and microscopic spatial structure of the flame. The experimental object was to store fundamental data of flame characteristics and to extract problem points as micro-flame tool by double micro flames. This study was visualized at CH image by direct photography and OH image by laser shadowgraphs. Especially, it was found that the buoyancy length from the end of the burner and the flame area thickness, which depend on the molecular diffusion rate of the fuel, were constant regardless of the initial burner port conditions.
Published Version
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