随着科学技术对具有机械性能、半导体性能、光学性能良好的新材料需求不断增长,铸造材料结晶过程也成了人们研究关注的热点。结晶过程是影响铸造材料使用性能的最重要的因素,因为结晶过程决定了生成相的类型、数量和分布,以及它们几何形状的特点。这就是为什么研究磁悬浮熔炼方法的原因。波兰科学院冶金和材料科学研究所为了获 With the increasing demand for new materials with good mechanical properties, semiconductor properties and good optical properties, the crystallization process of cast materials has also become a hot spot for research. The crystallization process is the most important factor affecting the serviceability of the foundry material because the crystallization process determines the type, amount and distribution of the phases formed, as well as the characteristics of their geometry. This is why the study of magnetic levitation melting method. Polish Academy of Sciences Institute of Metallurgy and Materials Science in order to obtain