Journal of Pure and Applied Ultrasonics

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Excess Parameters of the Binary Mixtures of Benzyl Benzoate in Dichloromethane and Iso-Butanol


Affiliations
1 Department of Physics, S.V.U.P.G. Centre, Kavali-524 201 (A.P.), India
 

Ultrasonic velocity, density and viscosity have been measured experimentally in the two binary mixtures of benzyl benzoate in dichloromethane and iso-butanol at three temperatures 30,35 and 40°C over the entire composition range. The thermodynamic and other allied parameters like adiabatic compressibility, free length, internal pressure, enthalpy etc. have been computed and the variation of the excess parameters like excess compressibility, excess internal pressure, excess enthalpy, excess activation energy etc. is analyzed in the light of inter molecular interactions in the mixtures. In both the mixtures, strong intermolecular interactions between the constituent molecules are suggested.
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  • Excess Parameters of the Binary Mixtures of Benzyl Benzoate in Dichloromethane and Iso-Butanol

Abstract Views: 260  |  PDF Views: 1

Authors

J. Siva Sankar
Department of Physics, S.V.U.P.G. Centre, Kavali-524 201 (A.P.), India
M. Geeta Lakshmi
Department of Physics, S.V.U.P.G. Centre, Kavali-524 201 (A.P.), India
P. S. Naidu
Department of Physics, S.V.U.P.G. Centre, Kavali-524 201 (A.P.), India
K. Ravindra Prasad
Department of Physics, S.V.U.P.G. Centre, Kavali-524 201 (A.P.), India

Abstract


Ultrasonic velocity, density and viscosity have been measured experimentally in the two binary mixtures of benzyl benzoate in dichloromethane and iso-butanol at three temperatures 30,35 and 40°C over the entire composition range. The thermodynamic and other allied parameters like adiabatic compressibility, free length, internal pressure, enthalpy etc. have been computed and the variation of the excess parameters like excess compressibility, excess internal pressure, excess enthalpy, excess activation energy etc. is analyzed in the light of inter molecular interactions in the mixtures. In both the mixtures, strong intermolecular interactions between the constituent molecules are suggested.