Phase Transition Studies in Polar and Nonpolar Liquids at Microwave Frequencies
Description:
A resonant microwave cavity technique was employed to study the dielectric behavior of some polar and non-polar liquids near the phase transition temperatures at microwave frequencies of 7.2, 9.2 and 10.1 GHz. The Slater perturbation equations for a resonant microwave cavity are briefly discussed to show that the above technique can be used to determine both the real and imaginary parts of dielectric response. Abrupt changes in dielectric response were observed near the phase transition tempera…
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Date:
August 1980
Creator:
Dahiya, Jai N. (Jai Narain)
Partner:
UNT Libraries