The possibilities of obtaining Al₂O₃–Al cermet materials by means of liquid-phase oxidation of aluminum by blowing oxygen through the melt are considered. The ease-of-processing makes it possible to avoid the use of powder materials, which effects large variability in the shaping of the phase components of the materials obtained and cost reduction of their production as compared with the methods of powder metallurgy. It found that by controlling the oxidation process by changing the speed and supply of the gas mixture it is possible to obtain metal-ceramic composites with different geometric configurations of the ceramic phase and its amount. An algorithm, taking into account different aspects of the thermophysical process, for calculating the kinetics of aluminum oxidation during the preparation of the ceramic phase of the cermet is proposed

_{获得Al 2} O ₃的可能性– 考虑通过熔体吹氧对铝进行液相氧化的铝金属陶瓷材料。易于加工使得避免使用粉末材料成为可能，与粉末冶金方法相比，粉末材料在所获得材料的相组分的成形方面具有很大的可变性并且降低了它们的生产成本。研究发现，通过改变气体混合物的速度和供应来控制氧化过程，可以获得具有不同陶瓷相几何构型及其数量的金属陶瓷复合材料。提出了一种考虑热物理过程不同方面的算法，用于计算金属陶瓷陶瓷相制备过程中铝氧化的动力学