Mechanical properties of nanostructured coatings (Ti, Al)N and (Ti, Cr)N, obtained by means of vacuum-arc deposition method by S. S. Grankin, U. S. Nemchenko, Ju. Novikov, O. V. Sobol, L. V. Malikov, S. I. Pliev

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Wear resistance of the multicomponent coatings of the (Ti–Zr–Hf–V–Nb–Ta)N system at elevated temperature by U. S. Nemchenko, V. M. Beresnev, S. A. Klimenko, I. A. Podchernjaeva, P. V. Turbin, A. A. Andreev

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Physical formation of multiple, composite (multiphase) coatings obtained by ion-plasma methods by I. N. Torjanik, U. S. Nemchenko, A. D. Pogrebnjak, O. V. Sobol, S. S. Grankin, P. V. Turbin, S. S. Bitimanova

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The use of a pulsed hf generator with a shock contour in the method of vacuum-arc deposition in the synthesis of nanostructured coatings by O. M. Shvets, V. M. Beresnev, P. V. Turbin, V. V. Grudnitskij, U. S. Nemchenko, D. A. Kolesnikov

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Multi-element coatings (Zr-Ti-Al-Nb-Y)N, obtained by vacuum arc deposition by I. N. Torjanik, V. M. Beresnev, U. S. Nemchenko, D. A. Kolesnikov, P. V. Turbin, S. S. Grankin, E. V. Beresneva, V. V. Ganenko

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Elemental and phase analysis of nanocomposite coatings on basis Ti-Hf-Si-N system received by the vacuum-arc deposition method by V. V. Grudnitskiy, V. M. Beresnev, A. A. Drobyshevskaya, P. V. Turbin, I. N. Toryanik, S. S. Grankin, D. A. Kolesnikov, U. S. Nemchenko

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Influence of the high-temperature annealing on the structure and mechanical properties of vacuum–arc coatings from Mo/(Ti + 6 wt % Si)N by V. M. Beresnev, S. A. Klimenko, O. V. Sobol, S. V. Litovchenko, A. D. Pogrebnjak, P. A. Srebnjuk, D. A. Kolesnikov, A. A. Mejlekhov, A. A. Postelnik, U. S. Nemchenko

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Formation of superhard state of the TiZrHfNbTaYN vacuum–arc high-entropy coating by V. M. Beresnev, O. V. Sobol, A. A. Andreev, V. F. Gorban, S. A. Klimenko, S. V. Litovchenko, D. V. Kovteba, A. A. Mejlekhov, A. A. Postelnik, U. S. Nemchenko, Ju. Novikov, B. A. Mazilin

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