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Here we discuss results of further development of numerical method for computer simulation of unsteady flows with number of strong and weak discontinuities in case of nonequilibrium homogeneous condensation. This method is based on idea of explicit tracking of discontinuity surfaces (shock waves, rarefaction waves, contact surfaces) during calculation process. The results for generation of silver clusters in dense vapors during unsteady spherical expansion closed vacuum chamber are presented.

Adaptive High-Performance Method for Numerical Simulation of Unsteady Complex Flows with Number of Strong and Weak Discontinuities