Paper
Acoustic and Spectroscopic Study of L-Arginine Derivative in Non-Aqueous Medium
- Authors:
- K. Kannagi; E. Jasmine Vasantha Rani; R. Padmavathy; N. Radha
- Abstract
- Solute solvent interactions are conveniently studied with application of acoustic and spectroscopy techniques. Measurement of sound velocity is having an important role in the study of thermodynamic properties such as internal pressure, free volume of solution. Different liquid systems differ essentially in their relative degree of cohesion. In the present study L. Arginine derivative in non-aqueous solution is taken as the sample and the fundamental parameters namely density, viscosity and ultrasonic velocity are determined for different concentrations from very low temperature to higher temperature. Using these fundamental quantities acoustic and thermodynamic parameters are computed and analyzed. The results obtained from spectroscopic and acoustic study support the significance of the thermodynamic behavior of the sample.
- Keywords
- Acoustic Study; Thermodynamic Behavior; Solute Solvent Interactions
- StartPage
- 96
- EndPage
- 101
- Doi