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首页> 外文期刊>Scripta materialia >Nickel foams with oxidation-resistant coatings formed by combustion synthesis
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Nickel foams with oxidation-resistant coatings formed by combustion synthesis

机译:通过燃烧合成形成具有抗氧化涂层的镍泡沫

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摘要

A combustible mixture containing aluminum, titania and boron oxide powders was deposited onto the open-cell nickel foam structural elements. Heating the sample ensured formation of a protective coating based on titanium boride and alumina over the nickel foam struts via the combustion synthesis reaction. Oxidation rate of the resultant composite foam was remarkably lower compared to the bare nickel foam, the stress-strain behavior changed and was dependent on the coating thickness, and the original open-cell structure was retained.
机译:将含有铝,二氧化钛和氧化硼粉末的可燃混合物沉积到开孔镍泡沫结构元件上。加热样品可确保通过燃烧合成反应在镍泡沫支柱上形成基于硼化钛和氧化铝的保护涂层。与裸露的镍泡沫相比,所得复合泡沫的氧化速率显着降低,应力-应变行为发生变化并取决于涂层厚度,并且保留了原始的开孔结构。

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