Abstract
A thermal problem of a rarefied argon gas between two platinum walls is considered to investigate the characteristics of the reflected gas molecule at a physically adsorbed surface by H_2O molecules. The analysis is based on the molecular dynamics method for the interaction of gas molecules with the adsorbed wall surface together with the DSMC method for motion of gas molecules. The accommodation coefficients of momentum and translation energy of the molecule for the water adsorbed surface are obtained. The temperature distribution between two walls is also obtained.
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