This study investigates the magnetic properties of electrodeposited CoBi binary nanowire
alloys within an anodic aluminum oxide (AAO) template using First-Order Reversal Curve …

FeCo/Cu multilayer NW arrays are fabricated using a pulsed electrodeposition method in 50
nm pore diameter anodic aluminum oxide templates. The magnetic layer (L FeCo) and …

Giant magnetoresistance (GMR) effect exhibits high potential applications in ultrahigh
density magnetic recording, magnetic sensors and electronic devices. Many methods were …

Nickel nanorods (NRs) capped with gold (Au/Ni) were grown into porous anodic aluminum
oxide templates and subsequently transferred onto Au/Si (100) substrates. A high dense 2D …

When it comes to fabricating efficient nanomaterials for magnetic recording media and
spintronic devices, Fe-based nanowires (NWs) containing nonmagnetic elements can …

Abstract The lamellar Ni-Ni 3 Si template has the potential for various applications, such as
magnetic arrays, layered magnetoelectric materials, electrode materials, and …

FeCo alloy nanowires have potential applications in data storage, magnetic sensors and
spintronic devices. In this paper, FeCo alloy nanowires with varying diameters were …

The main goal of the emerging field of spintronics is the shrinkage of materials and devices
while improving their magnetic performance for a variety of applications, especially three …

Thin films of vertically oriented self-ordered nickel nanowires were fabricated using the
template-assisted electrodeposition method. Magnetic measurements of as-formed …

Magnetic nanowires (MNWs) have been proposed for use in numerous applications due to
their tunability and scale, but due to the same tunability that makes MNWs so versatile, tight …