Numerical modeling for electron-beam evaporated process of magnetic alloy Fe-6.5Si

机译：磁性合金Fe-6.5％Si电子束蒸发过程的数值模拟

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Based on Langmuir equation and thermodynamic properties of iron-silicon binary alloy, a mathematical model about the process of electron-beam evaporated binary alloy Fe-6.5%Si was established. Variation of the composition of molten pool, vapor and deposit with time, length of transient time and the composition of molten pool, deposit under the steady condition were presented according to the numerical model. The experimental results on the composition of deposit were compared to the data calculated through the model. The results show that the model is applicable, after evaporating for about 50 min, the compositions of the deposit are equal to those of the ingot.

机译：基于Langmuir方程和铁硅二元合金的热力学性质，建立了电子束蒸发二元合金Fe-6.5％Si的过程数学模型。根据数值模型，给出了稳态条件下熔池，蒸气和沉积物的组成随时间，瞬态时间的长短以及熔池，沉积物的组成的变化。将沉积物组成的实验结果与通过模型计算的数据进行了比较。结果表明该模型是适用的，蒸发约50分钟后，沉积物的成分与铸锭的成分相同。

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来源
《International Workshop on Advanced Metallic Materials and Processing Techniques for Aeronautical Applications; 20051118-20; Nanjing(CN)》|2005年|P.295-298|共4页
会议地点 Nanjing(CN)
作者
Li Xiao; He Xiao-dong; Li Yao;
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作者单位

Center for Composite Materials, Harbin Institute of Technology, Harbin 150001, China;

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会议组织
原文格式 PDF
正文语种 eng
中图分类金属材料;
关键词
Fe-6.5Si alloy; electron beam physical vapor deposition; numerical modeling;

机译：Fe-6.5％Si合金；电子束物理气相沉积；数值模拟;

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Numerical modeling for electron-beam evaporated process of magnetic alloy Fe-6.5Si

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