Abstract
With a specially developed zonal mathematical model theoretical studies of heat transfer processes in a combustion flame immersed into a melt were carried out in steady-state conditions. As a result of this analysis, including the main phenomena which take place in gaseous fuel burning in the melt, the temperature and heat flux distributions between different phases over the melt height were found. The effect of convective heat transfer on the heat-transfer processes between the melt and the immersed combustion flame was determined.
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