Tomsk, Tomsk, Russian Federation
Mogilev, Belarus
Mogilev, Belarus
Moskva, Moscow, Russian Federation
In the paper there is shown an analysis of results in the investigation of a working impact in a glow discharge upon Ni3Fe dislocation structure changes. It is defined that after working in a glow discharge in an alloy there are changes in a dislocation structure for a considerable depth from the surface of irradiation. It is proved that the peculiarities of complex dislocation substructures formation as a result of glow discharge plasma impact are close to those observed at plastic deformation.
plasma, glow discharge, dislocation structure, automated technological environment, vacuum plants
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