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

In spin-mechanics, the magnetoelastic coupling in ferromagnetic/ferroelectric hybrid devices
is exploited in order to realize an electric-voltage control of magnetization orientation. To this …

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 …

Magnetic reversal processes of a FePt/α-Fe/FePt trilayer system with in-plane easy axes
have been investigated within a micromagnetic approach. It is found that the magnetic …

We investigated the temperature dependence of magnetization reversal processes of
exchange-spring magnet, hard/soft ferromagnetic heterostructures. In most previous works …

We study strain-controlled magnetization-reorientation processes in nickel thin
film/piezoelectric actuator hybrid structures. To obtain a consistent picture of the connection …

This thesis is divided into two parts, experimental part presenting the synthesis of exchange
spring magnets and theoretical part showing the magnetization dynamics of exchange …

Abstract Arrays of segmented (Ni/Fe) m (m= 1, 2, 3, 4, 5) composite nanowires about 3 µm in
length and with aspect ratios of about 60 were electrodeposited on anodic porous alumina …

To investigate the effect of hard/soft exchange spring on magnetic properties, L1 0-FePt/A1-
FePt bilayer films are fabricated on MgO (110) substrates by using magnetron sputtering …

In this article, the structural, magnetic, and microscopic properties of exchange-coupled
TbFe/Fe/TbFe system are presented. Both TbFe layers exhibit out-of-plane magnetization …