PreparationofYSZfilmsbymagnetronsputteringforanode-supportedSOFC中文翻译选编.docxVIP

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PreparationofYSZfilmsbymagnetronsputteringforanode-supportedSOFC中文翻译选编.docx

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PreparationofYSZfilmsbymagnetronsputteringforanode-supportedSOFC中文翻译选编

Preparation of YSZ films by magnetron sputtering for anode-supported SOFC磁控溅射制备阳极支撑固体氧化物燃料电池的YSZ薄膜Haiqian Wang a,,Weijie Ji a, Lei Zhang a, Yunhui Gong a, Bin Xiea, Yousong Jiang b, Yizhou Song bHefei National Laboratory for Physical Sciences at the Microscale, and USTC-Shincron Joint Lab., University of Science and Technology of China, PR ChinaShincron Co. Ltd., 3-5 Minatomirai, 4 Chome, Nishi-ku, Yokohama, JapanabstractYSZ films for anode-supported SOFCs were prepared by reactive sputtering method. It was found that the surface morphology of anode substrate has a very important effect on the quality of sputtered films. By applying an anode functional layer and making the anode surface smooth, dense and uniform YSZ films of 10 μm in thickness were successfully fabricated. The sintering behaviors of the sputtered YSZ films were also discussed. It is suggested that the optimized densification condition for the deposited YSZ films is sintering at 1250 °C for 4 h. Single cells with sputtered YSZ film as electrolyte and LSM–YSZ as active cathode materials were tested. 1.08 V open circuit voltage and a 700 mW/cm2maximum power density were achieved at 750 °C by using humidified H2as fuel and air as oxidant. Tape castYSZ薄膜的阳极支撑固体氧化物燃料电池是由反应溅射的方法制备的。结果表明阳极衬底的表面形态对一个溅射薄膜的质量有着非常重要的影响。通过应用一个阳极功能层和使阳极表面光滑、致密、均匀薄膜厚度为10μm的YSZ成功制作。溅射YSZ薄膜的烧结行为也进行了讨论。我们建议优化YSZ薄膜沉积在烧结致密化条件为在1250°C温度下4小时，溅射YSZ膜的单电池作为电解质和作为活性阴极材料的LSM-YSZ进行了测试。1.08 V开路电压和700 mW / cm2最大功率密度，在750°C实现通过使用湿氢气作为燃料和空气作为氧化剂。Keywords: YSZ Sputtering Anode Sintering SOFC关键词：YSZ 溅射阳极沉积固体氧化物燃料电池Introduction介绍Reducing the operation temperature of a solid oxide fuel cell (SOFC) system to the intermediate temperature range (600–800 °C) is considered as an effective way to reduce its cost and increase its reliability and stability; therefore, may promote the SOFC technology to commercialization [1]. However, at lower temperatures, the ionic conductance of electrolyte materials becomes a matter of concern. A widely accepted criter