Ferrofluids investigated along for about five decades are ultrastable colloidal suspensions of
magnetic nanoparticles, which manifest simultaneously fluid and magnetic properties. Their …

Static magnetization curves and the magnetorheological effect were used to study the
microstructural properties (agglomerate formation) of magnetic fluids and the properties of …

The aim of the paper is to study the deviation of magnetic properties of the magnetic fluids
prepared for this study, from ideal (Langevin) behaviour, ie to estimate particle interaction …

Nanofluid electrodes or nanoelectrofuels have significant potential in the field of flow
batteries, as at high loadings of solid battery active nanoparticles, their energy density can …

Imaging of micro-and nanofluidics is a challenge since the size of the channels is so small
that the installment of additional optical and mechanical switches is very difficult. The size of …

The magnetic field intensity and nanoparticle concentration dependence of the polarized
light extinction in a ferrofluid made of magnetite particles stabilized with technical grade …

The paper presents the determination of the magnetic field dependence of the statistics of
nanoparticle one dimensional chains in a 9. 3% solid volume fraction ferrofluid, using optical …

The volume fraction dependence of the static magnetization of two magnetic fluids with
different degrees of steric stabilization was measured at low field values (0–10 kA/m) and it …

Real polydisperse ferrofluid is modeled by a bidispersed magnetic colloid composed of
“large” and “small” particles. It is assumed that the energy of magnetodipole interaction for …

A comparative study between experiment and the predictions of a theoretical model
developed for the description of magnetically induced dichroism in ferrofluids with long …