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Recent developments pertaining to the spherically symmetric combustion of sooting fuels are discussed. The spherical droplet e ameis well suited forstudying soot formation in droplet combustion because ofthesimplicity of thetransportprocessthatresultsfromaone-dimensionalcombustionprocess.Recentadvancesinnewexperimental designs for forming and deploying droplets in a low-buoyancy environment are revealing effects that have gone unnoticed in early experimental studies. These include soot’ s ine uence on burning, the role of initial droplet diameter,andtheimportanceofradiation.Theseaspectsillustratetherichnessofthephysicsandthenewknowledge that continues to be forthcoming from this most basic of droplet burning cone gurations.
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C. Thomas Avedisian (2000) studied this question.
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