Transport properties of binary and ternary mixtures
Avsec, Jurij ; Naterer, Greg F. ; Oblak, Maks
The paper develops a mathematical model for computing the binary diffusion coefficient, thermal diffusion factor, thermal diffusivity, viscosity and thermal conductivity in the real gas region with ...nonequilibrium statistical mechanics. For the analytical calculation of transport properties, we have used models of Kihara and Chapman-Cowling (up to the third order). In this paper, we have calculated transport properties for mixtures involving carbon monoxide, helium, argon, xenon and krypton. New mixing rules for the calculation of transport properties for mixtures are developed. The analytical results obtained by statistical mechanics are compared with experimental data and they show relatively good agreement. New developments regarding these transport properties for mixtures involving carbon monoxide and inert gases are discussed.
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