Highly chemically ordered L10 FePtX–Y nano‐granular films with high perpendicular
magnetic anisotropy are key media approaches for future heat‐assisted magnetic recording …

Heteroepitaxial film growth is crucial for magnetic and electronic devices. In this work, we
reported the effects of the large lattice mismatch and film thickness on the epitaxial growth …

Highly ordered L10 FePt films with the highest degree of [001] preferred orientation were
prepared by multilayer deposition on amorphous oxidized Si substrates and subsequent …

FePt (10, 20, 40, and 60 nm) films were fabricated on four different single crystal substrates
[MgO (001), KTaO 3 (001), SrTiO 3 (001), and LaAlO 3 (001)], and the effects of lattice …

The feasibility of X nm-generation scaling with magnetic tunnel junctions (MTJs) in spintronic
memory is aimed at keeping up with state-of-the-art transistor scaling. Magnetocrystalline …

A systematic study is conducted on the effect of MgO substrate/underlayer in terms of the
surface roughness, grain boundary, and crystallographic texture on the magnetic in-plane …

The microstructure and magnetic properties of L1 0 FePt–C–SiO 2 films grown on TiON–
MgO intermediate layer were studied. TiON–MgO layer was deposited by co-sputtering TiN …

The effects of a TiN intermediate layer on the microstructure and magnetic properties of the
FePt films were investigated. It was found that the TiN layer could effectively block the …

We find that the misfit strain may lead to the oscillatory size distributions of heteroepitaxial
nanostructures. In heteroepitaxial FePt thin films grown on single-crystal MgO substrate …

Abstract The effects of TiN-ZrO2 intermediate layer on the microstructures and magnetic
properties of FePt films were investigated. The TiN-ZrO2 intermediate layer was granular …