32 research outputs found
Comment on “Experimental Studies of Magnetic Effect on Methane Laminar Combustion Characteristics”
No full textPRESSURE DEPENDENCE OF SOOT FORMATION IN DIFFUSION FLAMES
No full textABSTRACT The effects of pressure on soot formation and the structure of the temperature field were studied in co-flow methane-air laminar diffusion flames over a wide pressure range, from atmospheric to 6 MPa (60 atm) in a high-pressure combustion chamber. The selected fuel mass flow rates provided diffusion flames in which the soot was completely oxidized within the visible flame envelope and the flame was stable at all pressures considered. The spatially resolved soot volume fraction and soot temperature were measured by spectral soot emission as a function of pressure. The visible (luminous
Effects of Pressure and Preheat on Super-Adiabatic Flame Temperatures in Rich Premixed Methane/Air Flames
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A comment on papers by Zhou et al. (CNF, 2018) and Zhou et al. (CST, 2019): Flame displacement speed, flame front velocity, and edge (reactants) velocity
No full textEffects of H2 and H preferential diffusion and unity Lewis number on superadiabatic flame temperatures in rich premixed methane flames
No full textSoot formation characteristics of diffusion flames of methane doped with toluene and n-heptane at elevated pressures
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Flame Surface Fractal Characteristics in Premixed Turbulent Combustion at High Turbulence Intensities
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