Abstract
Mass separation in the interacting region of opposed two-dimensional free jets of argon-helium mixture is investigated by use of the direct simulation Monte-Carlo method. The mixture ratio of argon in helium is set at 10%. Spatial distributions of argon mole fractions are obtained for the upstream inverse Knudsen numbers, 1/Kn, in the range of 0.62 to 61.2. Outward flow from the stagnant region is collected by a skimmer, which has the same width as the slit, W, and is located at a distance 2W from the centerline. For this condition, argon is enriched effectively and the optimum separation effect is observed at 1/Kn=25.
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