The first-order reversal curve (FORC) method can be used to extract information about the
interaction and switching field distribution of ferromagnetic nanowire arrays, yet it remains …

Abstract Arrays of multilayered Ni/Cu nanowires (NWs) with variable segment sizes were
fabricated into anodic aluminum oxide templates using a pulsed electrodeposition method in …

Nanoscale magnetic alloy wires are being actively investigated, providing fundamental
insights into tuning properties in magnetic data storage and processing technologies …

Fe-based nanowire (NW) arrays have long been investigated due their potential
applications in future-generation magnetic nanodevices. However, very few research …

Abstract Arrays of magnetic Ni–Cu alloy nanowires with different compositions were
prepared by a template-replication technique using electrochemical deposition into …

The durability of the stored information in magnetic systems is one important feature in
firmware applications such as security codes, magnetic keys and other similar products. In …

This research focuses on the synthesis and characterization of the attractive magnetic alloys,
full-Heusler Co 2 FeAl nanoparticles. A modified co-precipitation method has been …

Arrays of magnetic nanowires in porous alumina can be used to store information inscribed
on the system by orienting the magnetization of selected wires pointing in a desired …

A new approach to tuning the crystalline characteristics and magnetic properties of cobalt
nanowire (NW) arrays embedded in AAO templates is reported using zinc additive. This is …

Firmware applications such as security codes, magnetic keys, and similar products can be
stored in magnetic bar codes similar to optical bar codes. This can be achieved on the …