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Dielectric behavior and energy storage properties in BaO-SrO-Nb sub(2)O sub(5)-B sub(2)O sub(3) system glass-ceramics with Gd sub(2)O sub(3) addition
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Dielectric behavior and energy storage properties in BaO-SrO-Nb sub(2)O sub(5)-B sub(2)O sub(3) system glass-ceramics with Gd sub(2)O sub(3) addition
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Dielectric behavior and energy storage properties in BaO-SrO-Nb sub(2)O sub(5)-B sub(2)O sub(3) system glass-ceramics with Gd sub(2)O sub(3) addition
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Journal Article
Dielectric behavior and energy storage properties in BaO-SrO-Nb sub(2)O sub(5)-B sub(2)O sub(3) system glass-ceramics with Gd sub(2)O sub(3) addition
2014
Overview
A series of strontium barium niobate-based borate system glass-ceramics with Gd sub(2)O sub(3) addition have been prepared by controlled crystallization method. The effect of Gd sub(2)O sub(3) addition on the microstructure, phase evolution and dielectric properties has been investigated. The results show that the addition of Gd sub(2)O sub(3) to the glass-ceramics changes the dielectric property and energy-storage density. Typically, the glass-ceramics with 0.5 mol% Gd sub(2)O sub(3) heat treated at 630 degree C/2 h + 800 degree C/3 h possesses a dielectric constant of 136, a breakdown strength of 1,075 kV/mm and energy-storage density of 6.94 J/cm super(3), which is suitable for the application in high energy-storage capacitors.
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