The results of studies on using a concentrated radiation flux to obtain fused materials based on kaolinite clay and high-alumina waste are reported. The phase composition, microstructure, and elemental composition of the synthesized materials were determined. It was found that the additive content 10 – 20% by weight and melt cooling rate about 10³ K/sec are preferable for the formation of the optimal microstructure in the form of mullite needles with different orientations.

中文翻译：

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基于高岭石粘土和生产废料的熔融材料中的乳化研究

报道了使用集中辐射通量获得基于高岭石粘土和高铝废物的熔融材料的研究结果。确定了合成材料的相组成，微观结构和元素组成。已经发现，添加剂的含量为10-20％（重量），熔体冷却速率约为10 ³ K / sec，对于形成具有不同取向的莫来石针形式的最佳显微组织是优选的。