The aerospace bearings steel CSS-42L was ion implanted by carbon with implantation
fluxes of 5× 10 16 ions cm− 2. The composition, microstructure and hardness of the carbon …

Protective thin films have gained extensive applications in various industries, especially in
machining. The present work investigates the structure-mechanical properties relations of Cr …

In this study, Nb and C ions are co-implanted into the TiN coatings, deposited by magnetic
filter arc ion plating (MFAIP), using a metal vacuum vapor arc (MEVVA) ion source implantor …

Practice has proven that CrN performs better than TiN under some specific tribological
applications. Nevertheless, the relatively soft nature of CrN still remains a problem. This …

Abstract In this paper, TiAlN/CrN nano-multilayer coatings were deposited on the substrates
of cemented carbide (WC–TiC–Co) using magnetic filtered arc ion plating (MFAIP) method …

CrN films have been extensively used in precision forming and molding applications
because of their excellent tribological properties and oxidation-resisting characteristics …

Effects of the steel surface treatment by nitrogen ion beam and subsequent deposition of the
diamond-like carbon (hydrogenated amorphous carbon (aC: H) and nitrogen doped …

The CrAlSiN/W2N multilayer coatings were fabricated by DC magnetron sputtering. The
bilayer periods of multilayer films were controlled in the range from 3 to 20nm. The cross …

To evaluate the effects of implantation on fatigue performance of TC18 alloy, Cr and Zr were
implanted into specimens using metal vapor vacuum arc plasma source (MEVVA) with a …

Improvement in the performance of TiN coatings can be achieved using surface modification
techniques such as ion implantation. In the present study, physical vapor deposited (PVD) …