The interweave of competing individual relaxations influenced by the presence of
temperature and concentration dependent correlations is an intrinsic feature of …

The thermodynamic properties of ferrofluids in applied magnetic fields are examined using
theory and computer simulation. The dipolar hard sphere model is used. The second and …

In this contribution, we investigate the low-temperature, low-density behaviour of dipolar
hard-sphere (DHS) particles, ie, hard spheres with dipoles embedded in their centre. We …

Cryogenic transmission electron microscopy (cryo-TEM) is utilized to determine the second
virial coefficient of osmotic pressure of PbSe quantum dots (QDs) dispersed in apolar liquid …

The sedimentation equilibrium of dipolar particles in a ferrofluid is studied using experiment,
theory, and computer simulation. A theory of the particle-concentration profile in a dipolar …

In the first part of the present contribution we study theoretically the ground states of
magnetic rods and ellipsoids with point dipoles. We consider two different orientations of …

The theory of the linear static dielectric constant and linear complex permittivity of isotropic
polar fluids is formulated starting from the coupled Langevin equations describing the …

Anisotropic interparticle correlations in the simple cubic lattice of single-domain
ferroparticles (SCLF) are studied using both theory and computer simulation. The theory is …

Within a high-magnetic-field approximation, employing Ruelle's algebraic perturbation
theory, a field-dependent free-energy expression is proposed which allows one to determine …

We report experimentally measured magnetic static and dynamic responses of ferrofluid
samples specially enriched with highly magnetically interacting nanoparticles. In order to …