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Motion of soot-like particles explained the spiral rings observed in the experiment.
The motion of the soot solid particles is instead described through a particle-by-particle approach based on Newton's equations of motion.
It was shown that flame curvature strongly impacts the diffusive motion of the flame relative to soot (which is essentially convected with the flow), resulting in soot being differentially transported toward or away from the flame zone.
This relative motion of flame and soot results in a wide spread of soot in the mixture fraction coordinate.
Imaging results for soot, OH, and PAH show the existence of three soot formation/oxidation regions: a rapid soot growth region, in which OH and soot particles lie in distinctly different radial locations; a mixing-dominated region controlled by large-scale motion; and a soot-oxidation region in which the OH and soot fields overlap spatially, resulting in the rapid oxidation of soot particles.
D. H. Lawrence reinvents the sexiness of soot.
The lobby of 100 Centre reeked of soot on Wednesday.
There is also, alas, a lot of soot.
Frenklach, M. Reaction mechanism of soot formation in flames.
The large quantity of soot comes from a trade-off.
The environmental and geopolitical implications of soot emissions are enormous.
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