The present paper describes a novel process developed to improve the tribological
properties of aluminium alloys. The process involves the fabrication of a rutile-type TiO2 …

This work reports the corrosion behavior of the AA7075 aluminum alloy under two different
tempers (T6 and T73) after nitrogen implantation in 0.5 mol· L− 1 NaCl solution. A …

Pretreatment of the aluminum substrate, such as Ti and Ni–P interlayer, can improve the
adhesion strength and mechanical properties of deposited TiN films. In this work, in order to …

Nitrided layers on 6082 aluminum alloy substrates and 1060 aluminum substrates are
formed at atmospheric pressure using thermal nitrogen plasma, which only takes seconds to …

The research on electromagnetic (EM) shielding has been advanced for various
applications. Recently, researchers have been interested in nano-sized particles to modify …

Samples of Al-1050 and of Al-2024 aluminum alloys were implanted by means of nitrogen
multicharged ion beam provided by an ECR source. Wear and corrosion tests were …

The present study reports on improvements of the tribomechanical properties of commercial
aluminum especially wear and hardness by nitrogen implantation. The implantation process …

The results of the surface treatment of commercial aluminum by nitrogen ion implantation at
120keV and implanted fluences ranging from 3× l017 to 1.1× 1018 ions/cm2 are reported …

Nitrogen ions of 30keV with different fluxes ranging from 5× 1016 to 8× 1017 ions/cm2 were
implanted in Ti foil of 1.8 mm thickness. X-ray diffraction (XRD) was used to obtain the …

The surface modification of titanium thin foil/sheet samples (0.5 mm) implanted by nitrogen
ions of 30 keV energy and a fluence of 1× 1018N+ cm− 2 at different temperatures is studied …