ULTRASONIC INVESTIGATION OF ANILINE + 1-HEXANOL+ BENZENE AT 303 K

Research Article
*Sasikumar, P,Thiyagarajan, R and Palaniappan, L
DOI: 
xxx-xxxx-xxx
Subject: 
science
KeyWords: 
Ternary mixtures, Sound Velocity, Density, Viscosity, Molecular interaction.
Abstract: 

The velocity, density and viscosity of ternary system are determined over the entire range of composition at 303K from the calculated data’s, thermal parameter as adiabatic compressibility (β), free length (Lf), free volume (Vf) and internal pressure (πi) have been evaluated using standard relations. The results are predicted molecular interaction between the components of the ternary combination. Observed excess values provide in all the mixtures indicates that molecular package, the specific interaction and nature of liquid mixtures. The presence of strong dipole-induced dipole, dipoledipole type interaction was confirmed in the ternary system.