Remanence magnetization plots (eg, Henkel or δM plots) have been extensively used as a
straightforward way to determine the presence and intensity of dipolar and exchange …

Laminar heterostructures composed by materials with different ferroic properties have been
proposed for the control of magnetism with an applied voltage. We present here a study of …

Magnetic viscosity experiments have been performed in order to investigate the
magnetization reversal in Sr nanoferrite particles (nanoscale SrFe12O19) and interacting …

An exchange-spring magnet is a next-generation permanent magnetic model that
possesses a synergistic effect of single-phased hard and soft magnets, thereby giving rise to …

Magnetically soft FePt thin films of varying thickness (20 nm≤ d≤ 100 nm) were sputter-
deposited at different Ar pressures in order to systematically modify the residual stress and …

Cobalt nanowires have been synthesized by electrochemical deposition using track-etched
anodized aluminum oxide (AAO) templates. Nanowires with varying spacing-to-diameter …

The effects of the electric and magnetic field variation on multiferroic heterostructure were
studied in this work. Thin films of polycrystalline Fe 50 Pt 50 (FePt) were grown by dc …

A method is presented that allows quantifying the average value of the interaction field in
arrays of magnetic nanowires from the field difference between the isothermal remanence …

An in-field interaction plot, δ MR, has been recently introduced, presenting important
advantages over the classical remanence plots. Here a general δ MR is proposed, allowing …

Equiatomic FePt in the A1 soft magnetic phase and Ni 80 Fe 20 (permalloy) thin films form a
stripe-like magnetic domain structure above a critical thickness. This critical thickness is …