Ibrahim Pafadnam^{1, 2,}, Wêpari Charles Yaguibou¹, Nièssan Kohio¹, Adjigkiga Banouga¹, Abdoul Karim Kagoné¹, Zacharie Koalaga¹, Pascal André²

Knowledge of FluoroalkylAmines-air mixtures thermal plasmas transport coefficients is important for plasma performance characterization and transport phenomena modelization in the plasma. In this work, these FluoroalkylAmines-air mixture plasmas transport properties are calculated in a temperature range of 1000 K to 20 000 K at atmospheric pressure and local thermodynamic equilibrium (LTE). It appears from these evaluations that the percentage of air in the mixture has neglected influence on the electrical conductivity of the plasmas. For temperatures higher than 13 000 K, we have noticed a decrease of the thermal conductivity and the dynamic viscosity with the percentage of air in the mixture plasmas. The different high levels observed on the thermal conductivity graph is conform to the dissociation reactions of molecules and ionization reactions of atoms.

fluoroalkylamines, incineration, plasma, transport coefficients