A complete magnetic phase diagram for exchange-coupled planar hard-soft
nanocomposites has been obtained in the frame of a one-dimensional micromagnetic model …

Direct evidence of the nonuniformly canted state of the spin-flop phase induced by a
magnetic field applied to F e/C r (100) superlattices is obtained by polarized neutron …

Exchange coupled hard/soft magnetic nanocomposites have long been in the interest of
research for improving the energy density of the currently best hard magnetic materials such …

Abstract Anisotropic Ti (20 nm)/NdFeB (100 nm) Nd (10 nm)/Ta (x nm)/Fe (y nm)/Ti (20 nm)
multilayer films were prepared, and the magnetic coupling mechanism between soft-/hard …

It is crucial to better understand the magnetization reversal process between soft and hard
magnets and to achieve a high maximum energy product in thick composite multilayers. In …

Hard/soft exchange-coupled Ni 80 Fe 20/Sm 40 Fe 60 bilayers with well-defined induced in-
plane uniaxial anisotropy were deposited on (100) Si and glass substrates by dc magnetron …

We have prepared homogeneous SmCo x (x= 5–26) sputtered thin films of thickness 500 nm
with excess Co compared to SmCo 5. The purpose is to determine how any spring …

Brillouin light scattering was applied to measure the evolution of spin waves in exchange-
coupled [Co/Pd]-NiFe films with out-of-plane/in-plane magnetic anisotropy. Tunable tilting of …

This paper proposes a reconfigurable pipelined multiplier architecture that achieves high
performance and very low energy dissipation by adapting its structure to computational …

We investigated the structural and magnetic properties of SmCo5/Co exchange coupled
nanocomposite thin films grown by magnetron sputtering from Sm and Co multitargets …