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Superhard nanostructured Ti–Hf–Si–N coatings (films) possessing high physical and mechanical properties have been produced. Nuclear and atomic physical analyses, such as RBS, SIMS, GDMS, SEM-EDXS, XRD, and nanoindentation were used to investigate the elemental and phase composition and the morphology of the films as functions of the pressure in the chamber and of the bias voltage applied to the substrate...
Characteristics of diffusion transformations in a multi-layer composite of a Cu–Ti system, which was produced by high-temperature diffusion welding followed by rolling at room temperature, are reported. It is shown that phase-formation at the layer boundaries in this system at the temperature below 823 K is determined by diffusion along the inner surfaces of these boundaries; while above this temperature...
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