Abstract
The effect inert additions of complex oxide Ba2InNbO6 have on the structure and properties of solid electrolyte Ba2In2O5 is studied. It is shown that composite samples of (1 − x) Ba2In2O5 · xBa2InNbO6 acquire improved electrical properties, due to the stabilization of a highly conductive modification of barium indate characterized by a disordered arrangement of oxygen vacancies.
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