Single-domain magnetic particles have unique and excellent magnetic properties and are
widely used in biomedical applications, but there are many mechanisms for their response …

Limitations in effectiveness and the invasive nature of current cancer treatment options
emphasize the need for further clinical advancements. Among other approaches, targeted …

Experiments show that clusters consisting of nano-sized ferromagnetic particles strongly
affect the intensity of heat production during magnetic hyperthermia. In this paper, a …

A theoretical study of magnetic hyperthermia, produced by ferromagnetic particles, frozen in
a carrier medium, is presented. The main emphasis of the analysis is on the effects of …

A theory of the dynamic magnetic response of an ensemble of immobilized ferroparticles on
a weak, linearly polarized ac magnetic field is developed. All particles have uniaxial …

The dynamic magnetic response of immobilized superparamagnetic nanoparticles to an ac
field with arbitrary amplitude is studied using numerical simulations. The nanoparticles are …

The present work deals with theoretical study of magnetic hyperthermia produced by a
system of magnetically interacting ferromagnetic particles, placed in a rotating magnetic …

In this paper, the dynamic magnetic properties of an ensemble of interacting immobilized
magnetic nanoparticles with aligned easy axes in an applied ac magnetic field directed …

In this work, we perform Langevin dynamics simulations to examine microstructure-
macroscopic related properties of magnetic fluids in an attempt to understand the influence …

The paper deals with the theoretical study of the effect of magnetic interparticle interaction
on magnetic hyperthermia, produced by the particles under the action of a linearly polarized …