Acoustical-Debye Temperature-Surface Tension & Redlich Kister Coefficient Studies In Multifunctional Material Combination Of Glycerol

Abstract

Debye temperature and surface tension analyses were conducted on mixtures of glycerol and paraxylene materials, consisting of the whole range of mole fractions of glycerol. T= (318.15, 313.15, 308.15, and 303.15,) K was the temperature range in studies. Through a meticulous examination of the similarities in Debye temperatures and the disparities in viscosity and surface tension, they demonstrate interactions between molecules between the individual molecules that made up these liquid mixtures and the molecular contributions to the fluctuations in thermal energy in binary liquid mixtures. These interactions are explained by the derived results.