Abstract
For obtaining the data that contributes to propose detailed chemical reaction mechanism including the evaporation process of the liquid fuel, experimental study of counter-flow pool combustion was conducted. The one-dimensional diffusion flame was formed in this configuration. With respect to the counter-flow pool combustion of ethanol in this study, we carried out the temperature measurement by thermocouple and OH measurement by laser induced fluorescence method. The results obtained by the experiments were compared with the numerical simulation with OPPDIF/CHEMKIN-Pro. Results showed good agreement with experimental results and numerical results. In addition, we also tried numerical simulation of hydrazine as a realistic fuel.
