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CHARACTERIZATION OF NEW CERAMIC ANODE MATERIALS FOR DIRECT METHANE OXIDATION IN SOFC

机译:新型陶瓷阳极材料的表征在SOFC中直接甲烷氧化

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Various perovskite materials, based on lanthanum chromite or strontium titanate, were synthesized and studied considering their use as ceramic anodes in SOFC. The powders were characterized by TG/DTA and XRD. Conductivity data between room temperature and 900°C both in oxidizing and reducing atmosphere were collected. The expansion behavior in both atmospheres was investigated and the thermal expansion coefficient up to 1200°C determined. Some materials showed electrical conductivities up to 100 S/cm, others had promising thermomechanical properties. So far a combination of the advantageous properties has not been found for the materials under consideration.
机译:基于镧铬铁矿或钛酸锶的各种钙钛矿材料被合成并研究了作为SOFC中的陶瓷阳极的用途。粉末的特征在于Tg / DTA和XRD。收集室温和900℃之间的电导数据均收集氧化和减少气氛。研究了两个大气中的膨胀行为,并测定了高达1200℃的热膨胀系数。一些材料显示电导率高达100秒/厘米,其他材料具有有前途的热机械性能。到目前为止,尚未找到有利的性能的组合,用于所考虑的材料。

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