Abstract
The standard thermodynamic properties of Ca3TeO6 were determined electrochemically utilizing fast O2− ion conducting solid electrolyte yttria-stabilized zirconia. The ternary phase was synthesized from the pure oxides CaO and TeO2 in excess of CaO. The electromotive force measurements were performed on two similar electrochemical cells of the type Te+CaO+Ca3TeO6|YSZ|O2, within the temperature range from 850 to 949K. The standard Gibbs energy of formation for the ternary compound Ca3TeO6 was determined for the first time, based on the experimental data obtained.
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