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Research on vacuum-electromagnetic casting of IN100 superalloy ingots

机译:IN100高温合金锭真空电磁铸造的研究

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摘要

In order to improve the inner quality of superalloy master alloy ingots, the new technology of superalloy vacuum-electromagnetic casting, i.e. applying electromagnetic stirring (EMS) to the solidification process of superalloy vacuum casting was developed. The effect of EMS on the inner quality of IN100 superalloy ingots was studied with EPMA and optical microscope. The results show that while an EMS with 50?Hz frequency and 60?A current is imposed, the equiax crystals of IN100 superalloy ingots can be effectively refined and increased, and the central shrinkage porosity and the dendritic segregation of IN100 superalloy ingots are greatly reduced, so the inner quality of IN100 superalloy ingots is obviously improved.
机译:为了提高超合金中间合金铸锭的内部质量,开发了超合金真空电磁铸造的新技术,即将电磁搅拌(EMS)应用于超合金真空铸造的凝固过程。用EPMA和光学显微镜研究了EMS对IN100高温铸锭内部质量的影响。结果表明,在施加频率为50?Hz且电流为60?A的EMS时,可以有效地细化和增加IN100高温合金锭的等轴晶,并且大大降低了IN100高温合金锭的中心收缩孔隙率和枝晶偏析。因此,IN100高温合金锭的内部质量明显提高。

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