On the basis of quasi-crystalline model of liquid state, effective Debye temperature (q D) for
seven binary solutions of polymers, in the temperature range of 303.15 K–313.15 K, has …

Based on the quasi-crystalline model of liquids, effective Debye temperature (θD) of six
binary polymeric solutions has been computed at 303.15 K using ultrasound velocity and …

1. Introduction As compared to solids, the study of atomic motions in liquid sUlc IS more
complex. The study of water by Hughes et al\\] shows that the atomic motion of water …

In the present work, a semi-empirical algorithm is proposed for estimating the adiabatic
coefficient (γ), the isothermal compressibility (κ τ), the heat capacity at constant pressure …

The Debye temperature has been computed for four quaternary mixtures over the entire
range of composition at 298.15 K. We have applied three different approaches and …

Assuming the quasi-crystalline model for the multi-component liquid systems, the effective
Debye temperature has been investigated from the density and sound velocity …

Debye temperature and Surface tension are theoretically estimated for binary liquid mixtures
of heterocyclic aromatic compound Quinoline and m-Xylene using ultrasonic velocity & …

In an analytical way effective Debye temperature computations of functional materials are
extended to organic liquid mixtures using ultrasonic velocity and density measurements …

SYNOPSIS The Moelwyn-Hughes parameter has been utilized to evaluate a number of
thermoacoustical parameters, viz., the Beyer nonlinear parameter; the isothermal, isobaric …

Ultrasonic velocity measurements provide an important tool to study the liquid state. Such
studies have been used to understand intra and intermolecular interactions in pure liquids …