Ferrimagnets close to the magnetic compensation are excellent candidates to spin-torque-
based spintronic applications, as their small magnetizations allow lowering switching …

Synthesis of hard/soft magnetically exchange-coupled heterostructures is one promising
way to design energy-efficient rare-earth-free artificial magnetic materials for application as …

Electrification of vehicles and renewable energy is increasing the demand for permanent
magnets, but the cost and scarcity of rare‐earth metals is an obstacle. Creating …

We investigate the magnetocaloric effect obtained by the rotation of a magnetic field applied
to an exchange-coupled multilayer system composed of two different ferromagnetic (FM) …

Hard magnetic MnBi films were obtained by appropriate heat treatments of pulsed laser
deposited (PLD)(Bi/Mn) films. X-ray diffraction patterns indicated a slight texture of MnBi …

Interfacial magnetic coupling interactions between D0 22-Mn 3 Ga and ultrathin Fe films
were studied using first principles calculations. Based on the calculations of surface energy …

Permanent magnets with high coercivity Hc and maximum energy product (BH) max are
indispensible for the modern technologies in which electric energy is efficiently converted to …

En los últimos 100 años, los imanes permanentes han desempeñado un papel fundamental
en el desarrollo de múltiples campos de innovación tecnológica. Dichos materiales han sido …

Due to the economic crisis concerning rare-earth elements, synthesis of rare-earth free
permanent magnets has attracted much attention. The Mn-based intermetallic hard magnetic …