The density functional theory of freezing is extended to molecules with orientational degrees
of freedom, using a spherical harmonic expansion of the correlation functions. A number of …

We test the accuracy of a recently proposed density functional (DF) for a fluid in contact with
a porous matrix. The DF was constructed in the spirit of Rosenfeld's fundamental measure …

In this article we review equilibrium theory of molecular fluids which includes structure and
freezing transitions. The application of the theory to evaluate the pair correlation functions …

The direct correlation function (DCF) and the pair correlation function (PCF) of hard
ellipsoidal (HE) fluids are calculated by using Marko [Phys. Rev. A 39 (1989) 2050] …

We investigate the structural and thermodynamic properties of the isotropic phase of the
hard ellipse liquid for several length‐to‐breadth ratios (2, 4, 6), using the hypernetted chain …

We extend a density functional theory of atomic systems to simple molecules using first-
order perturbation theory. We model the hydrogen halides as dipolar hard spheres and …

Recent Kerr relaxation experiments by Gottke et al.[J. Chem. Phys. 116, 360 (2002); 116,
6339 (2002)] have revealed the existence of a pronounced temporal power law decay in the …

The density profiles of a fluid of hard ellipsoids confined to a slit are studied by means of a
theoretical approach proposed by one of the authors [1]. A density functional is used in …

We apply the smoothed density approximation to study the nematic phase-isotropic phase
transition (NI) for the following systems: hard ellipsoids of revolution (HE), hard …

Anomalous small-angle x-ray scattering has been used to observe and characterize phase
separation in sputtered amorphous Fe c Ge 1− c and Mo c Ge 1− c thin films. Significant …