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Composition of catalytic layers prepared by ion beam assisted deposition of dysprosium and platinum from a pulsed arc discharge plasma onto carbon catalysts
Poplavsky, V., Dorozhko, A., Matys, V.
and ionized plasma of vacuum pulsed electric arc were used. Investigation of the composition of prepared
Properties of coatings on the basis of carbon, tungsten, boron, and titanium obtained by the pulsed vacuum-arc method
Kovaleva, M. G., Kolpakov, A. Ya., Kolesnikov, D. A., Kudryavtsev, E. A.
, and titanium obtained by the pulsed vacuum-arc method are presented. It has been found that the adhesion
The effect of vacuum annealing on the structure and properties of the electrically conductive a-CN coating
Poplavsky, A., Kudriavtsev, Yu., Kolpakov, A., Pilyuk, E., Goncharov, I.
substrates by pulsed vacuum-arc sputtering of a graphite cathode with simultaneous irradiation
Discharge and plasma characteristics of pulse enhanced vacuum arc evaporation (PEVAE) for titanium cathode
Yinghe Ma, Chunzhi Gong, Qinwen Tian, Chu, P. K., Golosov, D. A., Голосов, Д. А.
This paper reports experimental investigation of the discharge behavior of pulse-enhanced vacuum
The electrical properties of coating obtained by vacuum arc deposition
Novikov, V. Yu., Goncharov, I. Yu., Zakhvalinskii, V. S., Kolpakov, A. Y., Ivanov, M. B., Kolesnicov, D. A.
. The coating was obtained by vacuum-arc method by spraying of multi compound cathode prepared by reactive hot
Nanostructured coatings based on amorphous carbon and gold nanoparticles obtained by the pulsed vacuum-arc method
Kolpakov, A. Ya., Kovaleva, M. G., Beresnev, V. M., Manokhin, S. S., Poplavsky, A. I.
-300 nm were obtained by a pulsed vacuum-arc method on silicon substrates. The structure
Formation of catalytic and corrosion protective layers with use of ion beam assisted deposition of metals from vacuum arc discharge plasma
Poplavsky, V. V., Dorozhko, A. V., Matys, V. G.
assisted deposition (IBAD) of metals from vacuum arc discharge plasma in order to form catalytically active
Properties of coatings based on carbon and nitrogen-doped carbon obtained using a pulsed vacuum arc method
Kovaleva, M. G., Kolpakova, A. J., Poplavskya, A. I., Galkina, M. E., Gerus, J. V.
1.0 μm thick have been obtained using a pulse vacuum-arc method. Three types of coatings have been
Effect of nitrogen ion irradiation parameters on properties of nitrogen-containing carbon coatings prepared by pulsed vacuum arc deposition method
Poplavsky, A. I., Kolpakov, A. Y., Kudriavtsev, Yu., Asomoza, R., Goncharov, I. Yu.
amorphous carbon coatings prepared on polished sitall and silicon substrates by the pulsed vacuum arc
Влияние напряжения разряда на структуру и механические свойства углеродных покрытий, осажденных из сепарированных потоков углеродной плазмы
Пилипцов, Д. Г., Федосенко, Н. Н., Саховский, К. А., Чепкасов, С. Ю.
Carbon coatings were applied from separated streams of pulsed carbon plasma at different operating

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