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首页> 外文期刊>ISIJ international >Copper Distribution in Fe-Cu and Fe-C-Cu Alloys under Imposition of an Intense Magnetic Field
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Copper Distribution in Fe-Cu and Fe-C-Cu Alloys under Imposition of an Intense Magnetic Field

机译：强磁场作用下Fe-Cu和Fe-C-Cu合金中的铜分布

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摘要

Solidification experiments of Fe-0.44%Cu and Fe-3.95%C-0.40%Cu alloys were conducted to investigate the effects of an intense magnetic field on copper distribution in their solidified structures. Experiments with melting and solidifying the samples were carried out in a superconducting magnet. Around the center of the vertical cross-section of the solidified sample, multiple line analysis of copper concentration was conducted with the help of FE-SEM/EDS. The following results have been found. The copper distribution in Fe-0.44%Cu alloy is independent of the imposition of the magnetic field during the solidification. On the other hand, the solidifying process under a 10 T magnetic field tends to make a uniform micro distribution of copper in Fe-3.95%C-0.40%Cu alloy in comparison with the sample solidified without the magnetic field.
机译：进行了Fe-0.44％Cu和Fe-3.95％C-0.40％Cu合金的凝固实验，以研究强磁场对其凝固组织中铜分布的影响。在超导磁体中进行了熔化和固化样品的实验。在凝固样品垂直截面的中心附近，借助FE-SEM / EDS对铜浓度进行多线分析。发现以下结果。 Fe-0.44％Cu合金中的铜分布与凝固过程中施加的磁场无关。另一方面，与没有磁场固化的样品相比，在10 T磁场下的固化过程倾向于使铜在Fe-3.95％C-0.40％Cu合金中具有均匀的微观分布。

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