Computer simulation of transient layer chemical composition in Cr-N films obtained by ion beam assisted deposition von Marchenko, I.G., Guglya, A.G.

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Ion beam-assisted deposition technology as a method of nanocrystalline coating formation von Guglya, A.G., Marchenko, I.G.

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Distribution of interstitial impurities in chromium coating, obtained by ion beam assisted deposition von Guglya, A., Virich, V., Styervoyedov, A., Silkin, M.

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Formation of thin film Cr-N composites under ion bombardment at low rates of chromium deposition von Guglya, A., Litvinenko, M., Marchenko, Y., Vasilenko, R.

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Formation of thin film Cr-N composites under ion bombardment at low rates of chromium deposition von Guglya, A., Litvinenko, M., Marchenko, Y., Vasilenko, R.

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Thin film nanopores (V, 10Ti)NxHy hydrogen storages von Guglya, A.G., Marchenko, Yu.A., Melnikova, E.S., Vlasov, V.V., Zubarev, E.N.

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Composition compound of Cr-N coating deposited on an aluminum preliminary irradiated with nitrogen ions von Guglya, A.G., Neklyudov, I.M., Shkuropatenko, V.A., Vanzha, A.F., Virich, V.D.

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