Dielectric spectroscopic study of the binary mixtures of N-Hexanol with N,N-Dimethylformamide in the frequency range of 20 Hz to 2 MHz

A precision LCR meter with a liquid dielectric cell was used for complex dielectric function [Formula: see text] of binary mixtures of N-Hexanol (n-HxOH) and N,N-Dimethylformamide (DMF) in the frequency range of 20[Formula: see text]Hz to 2[Formula: see text]MHz at 293.15[Formula: see text]K temperature. The data were utilized for various formalisms such as complex modulus spectra ([Formula: see text]), complex impedance spectra ([Formula: see text]), and complex conductivity spectra ([Formula: see text]). Complex permittivity data were fitted to the Cole–Cole Model. Different relaxation times like electrode polarization ([Formula: see text]), relaxation time ([Formula: see text]), and ionic conduction relaxation time ([Formula: see text]) were calculated and reported. Parameters like Debye Length ([Formula: see text]), Ion Mobility ([Formula: see text]), Mobile Ion Concentration ([Formula: see text]), and Ion Diffusivity (D) were determined. The study is used to determine the effect of concentration dependent on different dielectric and electrical properties of the binary mixtures.