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AgNbO 3  based ceramics are commonly sintered with an O 2  atmosphere. In this work, after synthesizing AgNbO 3 , Na-doped AgNbO 3 , and Ta-doped AgNbO 3  powders by a hydrothermal method, the ceramics were sintered in the air atmosphere by using the synthesized powders. The novel process with the absence of an O 2  atmosphere is practical and facile. The structural, dielectric, antiferroelectric, and electrical energy storage properties of fabricated ceramics were studied. Na doping has a weak influence on the structure but can significantly improve the electrical breakdown field. Ta doping induces a pure antiferroelectric phase and the electrical energy storage efficiency is improved greatly.

ferroelectrics

Electrical energy storage properties of AgNbO 3 -based antiferroelectric ceramics prepared without an oxygen atmosphere by using hydrothermally synthesized powders