Magnetic properties of nano-granular Co 0.55–(Al 2 O 3) 0.45 films have been studied by
vibrating sample magnetometry, ferromagnetic resonance, and magnetic force microscopy …

The influence of interparticle interaction on the processes of magnetization reversal is
considered for an ensemble of oriented Stoner–Wohlfarth nanoparticles. This is done …

An anomalous angular dependence of the coercive field of physically nonpercolated
granular CoFeB–SiO 2 films with oriented anisotropy of the granules, where the presence of …

The temperature (4.5–550 K) and angular (in the film plane) dependences of the coercivity
field for physically nonpercolated nanogranular (Co Fe B) x–(Si O 2) 1− x films with an …

We reveal the low-temperature anomaly in the temperature and angular dependencies of
the coercivity in granular (CoFeB) x–(SiO 2) 1− x films with oriented in-plane anisotropy …

Magnetization and magnetoresistance in function of the magnitude and orientation of
applied magnetic field were studied in Co-Fe discontinuous multilayers close to their …

[en] The physically nonpercolated nanogranular films of (CoFeB) x-(SiO 2) 1-x with the
oriented intraplane anisotropy of granules display unusual properties of temperature (4.5 …

Для физически неперколированных наногранулярных пленок (CoFeB) x–(SiO₂) ₁–x с
ориентированной внутриплоскостной анизотропией гранул обнаружены особенности …

This Chapter is devoted primarily to the theoretical description of the physical properties of
nanoferroics. The theoretical approach that has been successful in describing the size-and …

We present novel preliminary evidence obtained by Monte Carlo simulations of a
temperature-driven first-order phase transition in a system of two-dimensional continuous …