In this study, the electron transport coefficients in CF3I gas and their mix with N2O are calculated by using two-term approximation of Boltzmann equation (BEq) in the E / N extent of (100 - 700) Td for the first time. This work also examines the effect of temperature change on these parameters, including the electron mean energy (ϵM), density normalized mobility (μN), longitudinal diffusion coefficient (NDL), ionization (α/N) and attachment coefficients (η/N).To our knowledge, no previous work has studied electron transport parameters and coefficients of these mixtures. The concentration of N2O in the mixture is ranged from 20% to 80% and the gas temperature range is 300-3500 K under 1atm. Our analysis explores that for concentrations below 20%, of electron transport parameters and coefficients be comparatively approaches to pure CF3I values.

Electron Transport Parameters, Electron Mean Energy, CF3I, CF3I Mixture with N2O, Density Normalized Mobility.