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The Performance of a Single-Chamber Solid Oxide Fuel Cell Operated under Thin Oxygen Condition within Methane Fuel

机译:甲烷燃料中薄氧条件下运行的单室固体氧化物燃料电池的性能

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An anode-supported single-chamber solid oxide fuel cell (SC-SOFC) with dense yttria-stabilized zirconia film as the electrolyte was fabricated by the slurry spin coating technique. The single cell was operated at a temperature between 500°C and 700°C in a mixture of methane and oxygen with quite lower oxygen concentration than usual. A stable methane-oxygen mixture (total flow rate: 150 ml/min) was used and the O_2 percentage was varied from 5% to 25%. A maximum OCV could be achieved near the oxygen percentage of 10%. At 600°C, the maximum power density was 6.43 mW/cm~2. The performance indicates that SC-SOFC under such low oxygen concentration still has potential for portable applications.
机译:通过浆料旋涂技术制备了以致密的氧化钇稳定的氧化锆膜为电解质的阳极支撑单室固体氧化物燃料电池(SC-SOFC)。该单电池在甲烷和氧气的混合物中于500°C至700°C的温度下操作,氧气浓度比通常低得多。使用稳定的甲烷-氧气混合物(总流速:150 ml / min),并且O_2的百分比在5%到25%之间变化。氧气百分含量接近10%时可以达到最大OCV。在600°C下,最大功率密度为6.43 mW / cm〜2。性能表明,在如此低的氧气浓度下,SC-SOFC仍具有便携式应用的潜力。

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