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Detailed characterization of complex banding in air-cooled bainitic steels

机译:风冷贝氏体钢中复杂带的详细表征

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摘要

The presence of banding in a hot-rolled air-cooled bainitic steel has been thoroughly characterized. The banded microstructure was observed due to distinctive sensitivities to the etching agent. Microstructural and crystallographic studies by means of Scanning Electron Microscopy and Electron Backscatter Diffraction did not reveal any substantial differences between bands and matrix. However, solute segregation of some alloying elements was detected by Wavelength- Dispersive Spectroscopy, it being found that bands are enriched in Cr, Mo and Si and depleted in Mn. Finally, a set of theoretical calculations suggested that the solidification mode is responsible for such unusual partitioning behavior, which is beneficial in terms of the bainitic transformation.
机译:充分表征了热轧风冷贝氏体钢中是否存在束带。由于对蚀刻剂具有独特的敏感性,观察到了带状的微观结构。通过扫描电子显微镜和电子反向散射衍射的显微结构和晶体学研究没有发现谱带和基质之间的任何实质性差异。然而,通过波长色散光谱法检测到某些合金元素的溶质偏析,发现谱带富含Cr,Mo和Si,而贫化了Mn。最后,一组理论计算表明,凝固模式是造成这种异常分配行为的原因,这对贝氏体转变是有利的。

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