Dielectric properties of micro/nanoparticles suspensions at low and room temperatures: a thermodynamic approach

Abstract

The measurement data on the dielectric parameters of suspensions of human erythrocytes, aqueous suspensions of ND, and rat erythrocytes with ND at the low and room temperatures have been used for understanding the physical phenomena in the MP and NP suspensions in high frequency external MW fields. It is shown that the hydrated shells of the MP and NP are influenced by the particle geometry, curvature of the interfaces, relaxation phenomena in the MW fields, and ambient temperature.