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Blowout Behaviors and Attachment Mechanisms of Coaxial-Flow Jet Diffusion Flames
Yukio Mizutani, Kazuaki YANO
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The structure of diffusion flames
These notes are devoted to the analysis of reacting flows in systems where the reactants are initially unpremixed. We shall deal here with the combustión reactions, encountered very often in applications, which take place in the gas phase, between a fuel and an oxidizer, (typically the oxygen of the air).
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Investigation of differential diffusion in lean, premixed, hydrogen-enriched swirl flames
Hydrogen combustion is a promising alternative to fossil fuel combustion in an effort to reduce our carbon footprint. However, hydrogen combustion is prone to thermodiffusive instabilities largely dependent on differential diffusion, a phenomenon that ...
Benjamin Francolini+5 more
doaj
Forced and natural convection in laminar-jet diffusion flames [PDF]
An experimental investigation was conducted on methane, laminar-jet, diffusion flames with coaxial, forced-air flow to examine flame shapes in zero-gravity and in situations where buoyancy aids (normal-gravity flames) or hinders (inverted-gravity flames)
Haggard, J. B., Jr.
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An Experimental Study on Turbulent Diffusion Flame in Supersonic Free Jet
Hiroshi Tsuji+2 more
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Stability of a premixed flame in stagnation-point flow against general disturbances [PDF]
Previously, the stability of a premixed flame in a stagnation flow was discussed for a restricted class of disturbances that are self-similar to the basic undisturbed flow; thus, flame fronts with corrugations only in the cross stream direction were ...
Jackson, Thomas L., Matalon, Moshe
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Diffusion flame extinction in slow convenctive flow under microgravity environment [PDF]
A theoretical analysis is presented to study the extinction characteristics of a diffusion flame near the leading edge of a thin fuel plate in slow, forced convective flows in a microgravity environment.
Chen, C. H.
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The Stability of a Confined Gaseous Diffusion Flame
Kenjiro Suzuki+4 more
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