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Abstract
The problem of sudden unsteady one-dimensional expansion of the vapors of a material, whose surface is heated to a given temperature under the action of, for example, suddenly applied intense irradiation, is considered. The structure of the plane Knudsen wall layer and the conditions under which a steady state of this layer is achieved are revealed. The calculations are carried out using direct statistical Monte Carlo simulation. The results are compared with the solution of a similar discontinuity breakdown problem governed by Euler equations.
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