Some of the main experimental observations related to the occurrence of exchange bias in
magnetic systems are reviewed, focusing the attention on the peculiar phenomenology …

In the present work, we investigate the magnetic properties of ferrimagnetic and
noninteracting maghemite (γ-Fe 2 O 3) hollow nanoparticles obtained by the Kirkendall …

For many years, micromagnetism and Monte Carlo simulation have served as the two main
tools for studying the magnetic structures and physical properties of nanomagnets. However …

We employed a quantum simulation model and a new computational algorithm we
developed recently to study the magnetism of an assumed DyNi2B2C nanoparticle …

Fine ferromagnetic particles of a nanometer scale size have important applications in
various fields of modern nanotechnology, such as magnetic recording, permanent magnet …

The bilayer Bethe lattice with the Ising spins of the top layer having only ferromagnetic (FM)
interactions and the spins of the bottom one having only antiferromagnetic (AFM) …

In this thesis, the magnetic proximity effect (MPE) in highly-ordered transition metal oxide
(TMO) heterosystems composed of single crystals of ferrimagnetic (FIM) Fe3O4 and thin …

Domain structure and magnetization reversal process of exchange-coupled ferromagnet/
antiferromagnet bilayers Co (x)/Ir–Mn (10 nm) were studied as a function of both thickness of …

We have developed a new quantum Monte Carlo approach and utilized it to calculate the
magnetic structure, magnetization, and specific heat, etc., of nanoparticles composed of 3d …

Two-layer Bethe lattice with the Ising spins of the top layer having only ferromagnetic (FM)
interactions and the bottom layer having only antiferromagnetic (AFM) interactions are …