The average ion energy per deposited atom (E d) is defined as the product of the ion energy
(E i) and ion-deposition flux ratio (J i/J d) in magnetron sputtering deposition. E d captures …

Abstract Nanocomposite nc-TiC/aC: H coatings exhibit a unique combination of mechanical
properties such as high hardness, and low friction and wear. These physical and …

The formation of TiC and Ti phases and their influence on their mechanical properties was
studied in this work. Thin layers were deposited by DC magnetron sputtering at room …

Исследовано влияние диффузионного титанирования из среды легкоплавких
жидкометаллических растворов на эксплуатационные свойства твердосплавного …

Введение. Современным подходом к улучшению эксплуатационных свойств режущего
инструмента является нанесение на его поверхность функциональных слоев на …

Titanium carbide/amorphous carbon (TiC/a: C) thin films have been extensively investigated
in the past due to their wide applications in technology and industry. One of the most used …

Magnetron sputtering in an argon and hydrocarbon gas mixture is a complex deposition
process exhibiting features of both physical vapour deposition and plasma enhanced …

In this investigation, the use of thin films of tungsten-titanium carbide as electro-catalysts for
the evolution reaction of hydrogen (HER) was evaluated. Thin films, with a different number …

Titanium carbide‐based thin films have been produced by DC magnetron sputtering. It was
demonstrated that the same technology with changing of the deposition parameters, such as …

The effect of radio-frequency (rf) powers on the characteristics of carbon-titanium
nanocomposite thin films (C-Ti films) prepared by reactive sputtering is investigated. The C …