The paper discusses the influence of silica gel pores' size on the structure and the dielectric
properties of the nanocrystals of undecylenic acid with the view of determining molecular …

The present paper examines molecular motion mechanisms in lamellar molecular crystals of
undecylenic acid. Thermophysical, dielectric, and infrared spectroscopy methods were used …

The study explores a scale effect inherent to the dielectric relaxation in nanocrystals: the
dependence of dielectric relaxation parameters on the size of a nanocrystal. We offer a …

In the present manuscript, we highlight the contradictions in the thermally activated
processes theory which treats a system's activated state as a state of the phonon subsystem …

The paper discusses the features of molecular motion mechanisms in crystals of
triacylglycerols. Topological solitons in tristearin crystals nucleate on methyl groups and …

We have compared the structure, phase transitions and the thermal motion mechanisms of
the undecylenic acid in bulk and inside a porous matrix using powder X-ray diffraction …

A thermodynamic model is proposed to describe the melting of lamellar crystallite in a solid
medium. This model includes a modification of the Gibbs–Thomson equation to make it …

The study of relaxation processes in porous inhomogeneous systems via dielectric and
mechanical spectroscopy methods is associated with methodological difficulties. To …

Existing rigorous statistical approaches still cannot quantitatively describe condensation
phenomena in real fluids and even model systems with some simplified interaction potential …

The paper discusses mechanisms of molecular motion in lamellar chain molecular crystals
of the stearic acid. Thermal calorimetry, dielectric and IR-spectroscopy methods indicate a …