Abstract
The paper represents the thermal imaging measurements of external flame during the combustion of diesel fuel and spent transmission oil in a perspective steam-atomizing burner. The experiments are conducted in a wide range of operating parameters (rate and temperature of steam and fuel consumption). A thermal imaging camera (FLIR, JADE J530SB) is used for measurements. The results show that the effective emissivity coefficient depends on the flow rate of supplied steam. The effect of the burner parameters on the temperature in the external flame of the burner is revealed. The data obtained can be used for numerical modeling of combustion.
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