Abstract—

We have studied structural and phase transformations of precursors to high-temperature coatings based on yttrium silicate and yttrium aluminosilicate systems and identified general trends in the influence of an oxidizing atmosphere on the heat resistance of coatings produced by slip casting/firing and atmospheric plasma spraying on silicon carbide composite materials at temperatures of up to 1500°C.

中文翻译：

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基于硅酸钇和铝硅酸钇前驱体的高温涂层的结构和性能

摘要-

我们研究了基于硅酸钇和铝硅酸钇体系的高温涂层前体的结构和相变，并确定了氧化气氛对通过粉浆浇铸/烧制和大气等离子喷涂生产的涂层耐热性影响的总体趋势。碳化硅复合材料，温度高达 1500°C。