Abstract
The experimental investigations of heat transfer by impinging a liquid jet and a gas-liquid spray jet perpendicularly onto a flat surface were performed hereby. The aim of the investigations was to compare heat transfer coefficient values obtained with the application of the both methods of cooling. From comparison of the experimental data, it resulted that heat transfer coefficients for the gas-liquid spray jet were distinctly higher than those which were received, for the liquid jet if the values obtained for the same liquid flow rates were taken into account.
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