Abstract
A new mathematical model of the operation of a laminar-flow diffusion chamber that includes the homogeneous nucleation (condensation) and growth of new-phase particles (droplets) is studied qualitatively. It is shown that numerical simulation must correctly take into account the concentration and temperature dependences of transport coefficients in a vapor-gas mixture. The domains of applicability of the previous mathematical models of a laminar-flow diffusion chamber are found.
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