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合金超细析出相的形成和其稳定性以及微成分特性的知识,对材料的选择至关重要。例如,这些知识可以确定添加次要合金元素的策略和加工技术,以便使奥氏体不锈钢和不锈钢合金的耐蠕变性得到极大地提高。 在许多情况下,奥氏体不锈钢合金是最好或最经济适用的材料,但此类钢必须具有在高温下仍有很好的性能和可靠性。Mag-izse博士认为,通过少量和微量合金化添加物之间的化合作用,以及对生产特殊形状的产品(如管材、板材薄带、铸件、粉末冶金部
The formation of alloy ultrafine precipitates and their stability and knowledge of the properties of the micro-components are crucial to the choice of material. For example, this knowledge can identify strategies and processing techniques for adding secondary alloying elements in order to greatly improve the creep resistance of austenitic and stainless steel alloys. In many cases, austenitic stainless steel alloys are the best or most economical materials, but such steels must have good properties and reliability at high temperatures. Dr. Mag-izse believes that by combining small and micro-alloying additions, as well as for the production of specially shaped products such as tubing, sheet metal strips, castings, powder metallurgy