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Influence of phosphorus micro-segregation on ferrite structure in cast strips of 0.1 mass% C steel

机译:磷的微偏析对0.1质量%C钢铸带中铁素体组织的影响

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摘要

Cast strips of 0.1 mass% C steel with or without phosphorus addition have been characterized by electron back-scattering diffraction pattern (EBSP) measurements. Then the formation of globular ferrite structure was discussed. EBSP analysis combined with optical microscopy clearly showed that a globular grain was fitted to be an α-ferrite grain. The EBSP analysis suggested that the retained-δ grain grew predominantly in the γ-grain and formed the globular α-ferrite during cooling. The microtexture in the globular ferrite structure depended highly on the solidification structure. It is important to scatter the primary dendrite growth direction into neighboring areas to develop fine prior-γ and α structures for the cast strip of high-phosphorus steel.
机译:通过电子背散射衍射图(EBSP)测量已表征了添加或不添加磷的0.1质量%C钢的铸带。然后讨论了球状铁素体结构的形成。 EBSP分析与光学显微镜相结合清楚地表明,球状晶粒适合为α-铁素体晶粒。 EBSP分析表明,在冷却过程中,残留的δ晶粒主要在γ晶粒中生长,并形成球状α铁素体。球状铁素体组织中的微观组织高度依赖于凝固组织。重要的是,将一次枝晶的生长方向分散到相邻区域,以开发出高磷钢铸带的精细先验γ和α结构。

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