Abstract
Experimental study of the features of separation process in ternary gas mixtures 0.6179 H2 + 0.3821 N2 – CH4 and 0.7760 CH4 + 0.2240 R12 – n-C4H10 is conducted. Conditions of the priority transfer of the density heaviest component of the mixture are discussed. The problem is solved by the splitting scheme by physical parameters. Numerical data on the time evolution of components concentrations at different concentrations of components of the initial mixture are obtained. Calculations have shown that for ternary systems the concentration increase of the heaviest component results to the intensity growth of convective mixing.
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