Theoretical and experimental investigations of the interaction of hot gases with liquid in closed volume

Analytical and physical models of gasification for model liquid fuels are developed. Numerical and experimental modeling of heat and mass transfer processes were completed with convective and irradiative heat exchange during hot gas flow (heat carrier) into the closed volume with the residual liquid. The heat carrier gas parameters were the following: temperature of the heat carrier, 373±2K; temperature of the surroundings, 291±2K; and flow rate of the heat carrier, 300l/min.