Rare earth-transition metal (RE-TM) amorphous alloys films with promising tunable
perpendicular magnetic anisotropy are projected to be exploited for magnetic recording …

Room-temperature perpendicular magnetic anisotropy (PMA) is an essential property for
devices based on spintronic technology, and is still a great challenge in transition-metal …

FePtCo ternary alloy films have been grown on Si-substrate by co-sputtering of Co with FePt
under three conditions ie, as-deposited, in-situ annealed, and with Cu-underlayer using a …

Compositions, surface morphologies and mechanical properties of a novel designed TiNi/Ag
bi-layer film grown by DC magnetron sputtering at various processes have been …

Rare earths (RE) and transition metals (TM) are widely studied for enhancing soft magnetic
characteristics in magnetic devices. This study explores Fe 80 Ce 20 films deposited on …

Surface-enhanced Raman scattering (SERS) is a highly accurate and ultra-sensitive single-
molecule detection technology. Ta–Cu alloy thin films were prepared by co-sputtering …

This study demonstrates exceptional magnetic properties associated with magnetic
anisotropy in nickel layers approximately 23–28 nm thick, deposited between amorphous …

In this research, a comparative study on some physical and magnetic properties of
nanocrystalline Fe 15–Ni 85 thin films with and without galvanostatic pretreatment (GPT) …

Herein, the impact of crystallite size and the thickness on the magnetic properties of Ni–Mn
thin films prepared by electrode deposition technique is reported. The XRD, SEM, EDX …

A series of multilayers consisting of Co 2 FeSi (CFS) and Pt are sputtered. Perpendicular
magnetic anisotropy (PMA) is demonstrated in the CFS/Pt multilayers with CFS thickness in …