The chromium nitride thin film was synthesized on the pure titanium substrate by using
hybrid coatings methods. The chromium electroplating and plasma nitriding was employed …

Copper and copper alloys are used in industrial applications and food contact surfaces due
to their desirable properties; copper metal matrix composites have been exciting …

This study successfully used the powder metallurgy technique to produce hybrid Ti-7% Cu
(vol%) matrix nanocomposites (TMNCs) reinforced with activated carbon and silica fume at …

In this investigation, surface morphology and corrosion behavior of Nickel-Graphene Oxide
(Ni-GO) nanocomposite coating were investigated which is applied by electroplating method …

The chromium-graphene oxide nanocomposite coating was synthesized successfully by the
electroplating method in this investigation. The influence of the addition of GO on surface …

In this paper, damage evolution of Copper/Titanium Dioxide, fabricated by powder
metallurgy, based on Young modulus reduction is investigated. The Cu matrix is reinforced …

A combination of electrochemical and spectroscopic studies allows for understanding and
describing the processes that occur on a nano-modified commercial pure Ti by Cu …

Abstract Cu/graphene oxide (GO)/Cu laminated composite foils possessed with
simultaneously high thermal and mechanical properties were prepared by a novel …

The effect of the addition of graphene oxide (GO) particles to the chromium electroplated
coating on the surface of commercially pure aluminum (Al 1100) was studied in this paper …

In this study, the photocatalytic oxidation of toxic industrial compound m-cresol by Ag-Cu/-
TiO 2 P25 catalyst under UV light irradiation has been studied. Photocatalysts of P25 …