Accounting for the reflectivity of the refractory metal deposit obtained by laser pyrolysis from the gas phase von A. V. Nedolja, I. N. Titov

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Numerical simulation of the spatial distribution of metal ions in a vacuum arc von A. V. Nedolja, E. I. Pivaev, I. N. Titov

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The shape forming process of metallic sediment during laser pyrolytic deposition from gas phase on the dielectric substrate von E. V. Velichko, A. V. Nedolja, I. N. Titov

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Temperature distribution on a cathode emitter during the formation of a high-frequency vacuum von A. V. Nedolja, E. I. Pivaev, I. K. Titov

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Determination of Conditions for Transition-Metals' Deposition from Their Carbonyls by Means of the LCVD-Process Simulation von K. V. Kirpenko, A. V. Nedolja, I. N. Titov

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Modelling of Conditions of Existence of the Emitter of a Refractory Material During Cathodic Vacuum—Arc Deposition von V. D. Alimov, A. V. Nedolja, I. N. Titov

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Influence of laser radiation parameters on the formation of a metal microdeposition during laser-induced pyrolysis from the vapor phase von I. G. Velichko, A. V. Nedolja, I. N. Titov

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