▪ Abstract Areal density progress in magnetic recording is largely determined by the ability to
fabricate low-noise, granular thin lm media with sufficient stability against thermal agitation …

Anomalous Hall voltage was measured for FePt L 1 0 films having very high magnetic
anisotropy. The magnetic anisotropy K 1 and K 2 were determined with high accuracy by …

We have investigated the effect of Cu addition to the FePt alloy on the ordering kinetics and
the coercivities of sputter deposited thin films. By alloying 4at% Cu, the temperature that A1 …

We have explored magnetic properties and structural characteristics of Fe/Pt multilayers
after annealing at various temperatures in order to clarify the growth process of the ordered …

A theoretical study has been performed to rationalize the strong evolution of (001) texture
during postannealing of deposited Fe 50 Pt 50 thin films on amorphous substrates, by …

The areal density of the heat-assisted magnetic recording (HAMR) technology has a
potential to reach 4 Tb/in 2. However, the bimodal grain size distribution and structural …

We describe structural and magnetic measurements of polycrystalline, L1 0 chemically
ordered Fe (55–60) Pt (45–40) films as a function of film thickness (from 3 to 13 nm) and …

L 1 0 granular Fe Pt–Si O 2 films with a (001) preferred orientation and well-separated
grains of 5.14 nm were obtained by depositing atomic-scale Fe∕ Pt∕ Si O 2 multilayers …

FePt/Au multilayers were deposited on preheated 100 C MgO (001) single crystal substrates
by magnetron sputtering. Magnetic properties and microstructure of the films were studied …

Nanocomposite FePt: SiO 2 thin films consisting of high anisotropy FePt particles embedded
in a SiO 2 matrix have been successfully fabricated by annealing the as-deposited FePt/SiO …