Abstract
Nanocomposite solid polymer electrolyte films were prepared to study the effect of electric field on the ionic conductivity. The studies were carried out by varying the electric field from 0 to 100 V cm−1 at different temperatures and the results shows that conductivity increases with increase in electric field and temperature. A mathematical model is proposed to describe the electric field and temperature-dependent ionic conductivity in nanocomposite solid polymer electrolyte systems. The correlation between the proposed equation and the experimental observations showed high degree of correlation.
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