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首页> 外文期刊>Archives of Metallurgy and Materials >Influence of the Reforging Degree on the Annihilation of the Segregation Defects in the Massive Forging Ingots
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Influence of the Reforging Degree on the Annihilation of the Segregation Defects in the Massive Forging Ingots

机译:重锻程度对块状锻锭偏析Se灭的影响

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The structural zones of the forging ingot have been distinguished. Some segregation defects within these zones have been described. An observation of the defects has been carried out with the use of scanning microscopy and scanning acoustic microscopy. Some defects revealed by the scanning acoustic microscopy have been subjected to the 3D computer visualization. A difference between localization and difference between morphology of carbides precipitated in the columnar structure and equiaxed structure has been shown. A given ingot was subjected to the plastic deformation with different reforging degree. The samples were taken from different segments of the reforged ingot. A density was determined for each ingot segment. A degree of consolidation was determined after ingot reforging. Once again the scanning acoustic microscopy was applied to determine the annihilation of the segregation defects in the forging ingot structure. A new definition of the consolidation factor after the reforging has been proposed.
机译:锻锭的结构区已被区分。已经描述了这些区域内的一些偏析缺陷。使用扫描显微镜和扫描声显微镜已经对缺陷进行了观察。扫描声学显微镜显示的一些缺陷已通过3D计算机可视化处理。已经显示出在柱状结构和等轴结构中析出的碳化物的局部化和形态之间的差异。给定的铸锭以不同的再锻度进行塑性变形。样品取自重铸锭的不同部分。确定每个锭段的密度。铸锭重锻后确定固结度。再次使用扫描声显微镜来确定determine铸结构中偏析缺陷的ni灭。提出了重新锻造后固结系数的新定义。

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