Graphene has been demonstrated as an ultrathin and light-weight corrosion barrier because
of its high impermeability. However, it fails to prevent the Cu corrosion over a long term …

Electrophoretic deposition (EPD) is a facile and feasible technique to prepare functional
nanocomposite coatings for application in orthopedic-related implants. In this work, a ternary …

Silane coating has been used as a steel surface treatment for the promotion of adhesion
between a substrate and an organic coating. However, the corrosion protection properties of …

Epoxy networks, as common protection materials, possess some adverse degradation
effects in the gamma irradiation environment, which greatly limit their potential applications …

A nanometric (thickness≤ 200 nm) composite hybrid coating consisting of alternating
laminate layers of aluminium and titanium oxides deposited by atomic layer deposition …

Though a promising corrosion protection material, graphene can accelerate metal corrosion
due to its thermodynamic stability and high conductivity. In this work, few-layer …

This work aims to develop novel corrosion resistant coatings for copper metal. Graphite
oxide was produced from graphite powder by improved Hummers' method. Graphene oxide …

In the present work, the electrochemical corrosion behavior of magnesium (Mg) and thin
layer graphene coated Mg (Mg/graphene) are studied in different salt electrolyte such as …

Fe 3 O 4 nanoparticles-decorated graphene oxide (Fe 3 O 4–GO) hybrid were synthesized
with the help of silane coupling agents and the appropriate proportion was examined. Then …

Excellent elastic properties and good adhesion of graphene to substrate make graphene a
promising candidate for application in various friction and wear protective coatings. In order …