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The ferroelectric phase KNbO 3  dispersed composites of Na 2 CO 3  were prepared and studied for its applicability as an electrolyte/sensing electrode in electrochemical sensors. The composites were characterized with  in-situ  impedance measurements under different CO 2  gas partial pressures and transport number measurements. The dispersoid was found modifying the conduction mechanism of ions as revealed from impedance spectroscopy. The electrolyte showed variation in the electrical conductivities in presence of the test gas. Significant improvement in the response time of the electrochemical CO 2  gas sensor was observed while using this composite as an electrolyte cum sensing electrode.

Charge transfer mechanism in KNbO 3 dispersed composites of monovalent alkali carbonate