Effects of a High Magnetic Field on Microstructure and Texture Evolution in a Cold‐rolled Interstitial‐Free (IF) Steel Sheet during Annealing
Effects of a High Magnetic Field on Microstructure and Texture Evolution in a Cold‐rolled Interstitial‐Free (IF) Steel Sheet during Annealing
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DOI：
10.1002/adem.200300387
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发表时间：
2003-08
影响因子：
3.6
通讯作者：
C. He;Yudong Zhang;Xiang Zhao;L. Zuo;Jicheng He;Kazuo Watanabe;Tao Zhang;G. Nishijima;C. Esling
中科院分区：
文献类型：
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作者：
C. He;Yudong Zhang;Xiang Zhao;L. Zuo;Jicheng He;Kazuo Watanabe;Tao Zhang;G. Nishijima;C. Esling
具有{hkl}取向的晶核<110>在冷轧钢在强磁场下的退火中是有利的。这可能解释了在650 °C的过程中α纤维的增强（参见图10 T（顶部）和无磁场（底部）下获得的微结构并置。在高于650 °C的再结晶过程中的织构演变似乎也受到影响，但不是通过再结晶机制的变化，而是通过额外的取向依赖性成核和晶粒生长过程。
Crystal nuclei with the {hkl}<110> orientations are energetically favored in annealing of cold‐rolled steel under a strong magnetic field. This might explain the enhancement of the α‐fiber in during this process at 650 °C (see Figure for a juxtaposition of microstructures obtained at 10T (top) and without a magnetic field (bottom). Texture evolution during recrystallization above 650 °C also appears to be influenced, yet not by a change in the recrystallization mechanism but rather by an additional orientation‐dependent nucleation and grain growth process.