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The change in the surface relief of a steel-3 target (GOST 380) treated by compression plasma flows is experimentally studied. The energy density absorbed by the target varies in the range of 10–35 J/cm2 and the pulse duration is 100 μs. It is shown experimentally and numerically that the development of KelvinHelmholtz instability strongly affects the formation of the target surface treated with compression...
It is suggested and realized a simple method for simulation of nonlinear dynamics of target surface at influence of intensive charged particle beams. There are carried out a computer experiment and comparison of simulation results with experimental and calculated results of other authors. There are investigated mechanisms of a drop formation at influence of target.
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