The creation of large magnetic fields is a necessary component in many technologies,
ranging from magnetic resonance imaging, electric motors and generators, and magnetic …

Low melting point elements are often incompatible with alloy synthesis methods that involve
high temperatures, and thus, high entropy alloys containing zinc (Zn) have not been …

Electrodeposited Fe-W alloys are the subject of extensive studies to be applied in versatile
engineering applications, and many solutions based on Fe (II) complexes are described for …

CoFe2O4 has been demonstrated as a potential spinel coating for protecting the Cr-
containing ferritic interconnects. This spinel had an electrical conductivity of 0.85 Scm− 1 at …

Physical properties, such as surface morphology, microstructure, and stress, were
investigated for electrodeposited NiFe soft magnetic thin films synthesized from a highly …

There is a growing focus on sustainability, characterized by making changes that anticipate
future needs and adapting them to present requirements. Sustainability is reflected in …

In this study, we investigated the electrodeposition of stress-induced (111)-oriented
nanotwin copper films using direct current in an additive-free electrolyte. We aimed to …

In this work we have examined the influence of applying homogeneous magnetic field (MF)
up to 1.2 T, on Cobalt-Nickel–Molybdenum (CoNiMo) alloys electrodeposition from citric …

In this research, the structural properties, surface morphology, and magnetic characteristics
of nanostructured ternary ferromagnetic alloys grown by a cost‐effective and effortless two …

Residual stress in electroplated hard magnetic layers is crucial to the stability and durability
in end applications. We electrodeposited highly HCP (002) textured CoMnP hard magnetic …