Corrosion protective coatings were grown on pure magnesium in naturally carbonated
mineral water containing Ca 2+ using a simple, green conversion method. Dissolution of the …

Pure metals and their alloys are used to partially or completely restore bone fractures.
Biodegradable metals emerged as promising candidates for fracture fixation devices since …

Satisfactory corrosion resistance remains an issue in the widespread implementation of
magnesium (Mg). The use of alloying to improve mechanical properties of Mg generally …

The rates of hydrogen evolution, magnesium (Mg) dissolution and electron exchange were
monitored individually, in situ, and in real time during anodic and cathodic polarization of Mg …

The corrosion behaviour of PPy-coated WE43 Mg alloy in a simulated body fluid solution
with daily electrolyte renewal is investigated by electrochemical, hydrogen evolution and …

The extensive application of Mg alloys is restricted by their poor corrosion, wear resistances
and long-term service performance. Although the low-cost epoxy (EP) coating has excellent …

Iron (Fe) is an unintentional impurity present in pure magnesium (Mg) and Mg alloys, albeit
nominally in low and innocuous concentrations (< 100 ppmw). Since Fe, like most metals, is …

Due to the interactions between mechanics and chemistry, Mg alloys are inevitably
subjected to the combined effect of corrosion attack and cyclic loading, which eventually …

This research aims to develop and utilize an impedance-based tool for monitoring non-
stationary electrochemical processes, coupling the multisinusoidal perturbation signal …

The thin and porous Fluoride Conversion Coating FCC with many cracks could not offer a
significant improvement in corrosion resistance for Mg. Magnesium phosphate coating …