首页> 外文会议>International Conference on Textures of Materials;ICOTOM 15 >CHARACTERISTICS OF RECRYSTALUZATION TEXTURE OF COLD-ROLLED IF STEEL SHEET ANNEALED WITH A MAGNETIC FIELD IN THE TRANSVERSE DIRECTION
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CHARACTERISTICS OF RECRYSTALUZATION TEXTURE OF COLD-ROLLED IF STEEL SHEET ANNEALED WITH A MAGNETIC FIELD IN THE TRANSVERSE DIRECTION

机译:横向方向磁场退火冷轧IF钢薄板的再结晶特性

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The effect of magnetic field annealing on recrystallization texture at the early stage of recrystallization of a cold-rolled interstitial-free (IF) steel sheet was investigated by the SEM-EBSD analysis. The magnetic field annealing was performed at 650°C for different times (0, 10 and 30min) with a 12-tesla magnetic field to obtain a partially recrystallized microstructure in specimens. During annealing the transverse direction (TD) of specimen was set to be parallel to the magnetic field. It was found that the {111}<112> texture component was favored by the applied high magnetic field in the early stage of nucleation and growth.
机译:通过SEM-EBSD分析,研究了磁场退火对冷轧无间隙(IF)钢板在再结晶初期的再结晶织构的影响。在12特斯拉磁场下于650°C进行不同时间(0、10和30min)的磁场退火,以在样品中获得部分重结晶的显微组织。在退火过程中,将样品的横向(TD)设置为与磁场平行。发现在成核和生长的早期阶段,所施加的高磁场有利于{111} <112>织构成分。

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