Information about the cobalt electrodeposition mechanism at different pH values was
obtained using an electrochemistry quartz crystal microbalance (EQCM) technique as well …

Due to their high aspect ratio, magnetic nanowires are interesting for various applications.
Fe nanowires are of particular interest due to their high magnetization, which suggests high …

A synergetic approach to enhance magnetoelectric effects (ie, control of magnetism with
voltage) and improve energy efficiency in magnetically actuated devices is presented. The …

CoPt magnetic alloy has been successfully electrodeposited for the first time in a choline
chloride/urea based deep eutectic solvent (DES) on glass/ITO substrate. A vitreous carbon …

Nanostructured materials such as CoPt nanoparticles with tunable hard magnetic properties
are desirable for a wide range of technological applications. In CoPt nanoparticle systems, a …

Abstract The CoPt films with 9.7–91 at% Co and thicknesses of 15–20 nm were obtained
from a new designed stable hexachloroplatinate solution at a controlled potential deposition …

A co-deposition of three metals as bismuth, lead, and cadmium in acetate buffer (pH= 4.6)
was studied using the cyclic voltammetry (CV) technique. The electroreduction process as a …

Sonoelectrodeposition is a useful technique to make metallic nanoparticles, using
ultrasound during electrodeposition to remove nanoparticles as they grow on the cathode …

The effects of potential and the presence of B (OH) 3 on Pt 1-x Co x alloy electrodeposition
from aqueous chloride-based solutions on Ru substrates was investigated. Films deposited …

Fe-Pt thick-films were electroplated on Ta substrates using a direct current, and the magnetic
properties of the film were evaluated. The Fe-Pt films with the thickness from 3 to 23 μm were …