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Coatings for SOFC Interconnects in Fuel Side Environments

机译:燃料侧环境中SOFC互连的涂料

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This study focuses on examining the effect of PVD coatings on the oxidation performance of interconnects in fuel side environments. The ferritic steels Sanergy HT and AISI 441 were coated with nanoscale thick rare earth oxides of Ce and La. Additionally, Sanergy HT was also coated with Cu, Co and Ce/Co. The samples were exposed at 850°C in Ar-5% H_2-3% H_2O in a tubular furnace. Chemical analysis on the samples was subsequently performed with SEM/EDX and XRD. It was established that the Ce and La coatings brought about a ≈4x reduction in the oxidation rate while the presence of a metallic phase in the oxide (Cu and Co) negatively affected oxidation performance. Further, the La coating resulted in the formation of a perovskite phase, showing that the intrinsic electronic properties of the oxide can be tailored using coatings.
机译:这项研究的重点是检查PVD涂层对燃料侧环境中互连件的氧化性能的影响。铁素体钢Sanergy HT和AISI 441涂有Ce和La的纳米级厚稀土氧化物。此外,Sanergy HT还涂有Cu,Co和Ce / Co。将样品在管式炉中在850°C的Ar-5%H_2-3%H_2O中暴露。随后使用SEM / EDX和XRD对样品进行化学分析。可以确定的是,铈和镧涂层使氧化速率降低了约4倍,而氧化物(铜和钴)中金属相的存在对氧化性能产生了负面影响。此外,La涂层导致钙钛矿相的形成,表明可以使用涂层来调节氧化物的固有电子性能。

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