Abstract
A composite electrolyte in solid state was prepared using carbon as dispersoid, and Potash Alum as host matrix. The different composite electrolyte samples were using various wt% of carbon in the fixed amount potash alum. Different techniques were to characterize these samples. To measure dielectric constant and conductivity, the complex impedance spectroscopy was used. It was found that with increase in wt% of dispersoid i.e. carbon, the conductivity initially increases, which attains a maximum value at 0.5% of carbon, and then decreases up to 0.9% of carbon beyond which the sample becomes unstable. The X-ray diffraction (XRD) and FTIR depicts the composite nature of samples prepared. The total ionic transference number (t-ion) concludes that the conductivity is mainly due to ions.
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