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Some Theoretical Problems Analysis of Melting High Nitrogen Stainless Steels

机译:熔融高氮不锈钢的几种理论问题分析

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High nitrogen stainless steels with excellent mechanical and corrosion resistance properties is focused on to develop a new class of engineering material. The manufacture process of high nitrogen stainless steels under high nitrogen pressure is complicated. There are some theoretical problems to be solved for large scale melting and cast high nitrogen stainless steels. The thermodynamic calculation models of nitrogen solubility in the liquid phase, δ ferrite phase and γ austenitic phase built can well predict the nitrogen solubility and analyze the effect of temperature, alloy components and nitrogen pressure on the nitrogen solubility. The minimum nitrogen pressure for preventing the nitrogen porosity formation has been calculated by the micro-segregation. By the analysis nitrogen behavior of melting and cast high nitrogen stainless steels, it is possible to produce high nitrogen stainless steels in a large scale in China.
机译:具有优异的机械和耐腐蚀性特性的高氮不锈钢集中于开发新的工程材料。高氮压力下的高氮不锈钢的制造过程复杂。大规模熔化和铸造高氮不锈钢存在一些理论上的问题。液相中的氮溶解度的热力学计算模型,δ铁氧体相和γααβ相孔孔可以很好地预测氮溶解度,并分析温度,合金成分和氮气压力对氮溶解度的影响。通过微偏析计算了用于预防氮孔隙率形成的最小氮气压力。通过分析熔化和铸造高氮不锈钢的氮行为,可以在中国大规模生产高氮不锈钢。

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