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Electrode Reaction and Cell Performances of IT-SOFC Using BaZrO_3 Proton Conductors

机译:BaZrO_3质子导体对IT-SOFC的电极反应及电池性能

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摘要

This paper evaluates cell performances and electrode reaction of an electrolyte supported type cell using 15mol% Y-doped BaZrO_3 perovskite type proton conductors. BaZrO_3 based proton conductors show high proton conductivity and chemical stability in IT-SOFC operating atmospheres. But, because of low sintering properties, there is little knowledge about electrolyte performance, e.g., open circuit voltage, electrode over potential. Through SOFC generation test, it is confirmed that cell performance of the cell is determined by electrode over potential. Electrode over potential is significantly higher than similar configuration cell using BaCeO_3 based proton conductors. Those results suggests that study of differences in electrode reaction between BaCeO_3 based proton conductors and BaZrO_3 based proton conductors will be necessary.
机译:本文评估了使用15mol%掺Y的BaZrO_3钙钛矿型质子导体的电解质支持型电池的电池性能和电极反应。基于BaZrO_3的质子导体在IT-SOFC操作环境中显示出高质子传导性和化学稳定性。但是,由于低的烧结性能,关于电解质性能的知识很少,例如开路电压,电极过电位。通过SOFC产生测试,证实了电池的电池性能是由电极的过电位决定的。电极的过电势比使用基于BaCeO_3的质子导体的类似配置电池要高得多。这些结果表明,有必要研究基于BaCeO_3的质子导体和基于BaZrO_3的质子导体之间的电极反应差异。

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