Abstract
The temperature and magnetic field variation have been studied for the dielectric properties of 2-chlorobutane, acetonitrile and nitrobenzene in their pure state using microwave cavity spectrometer at 9.0 GHz. The analysis of the observed data of width, shift and amplitude of resonance profile has been carried out by using Slater perturbation equations for the computation of relaxation time, activation energy and for the relative study of permittivity and dielectric loss. This work provides fruitful information about the macroscopic structure of the organic liquids chosen.
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