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SCIE SCOPUS
극저탄소 Al - 킬드강에서 연속어닐링 중 재결정 집합조직의 발달
Development of Recrystallization Texture during Continuous Annealing in Extra Low Carbon Al Killed Steels
박용범(Yong Bum Park), 한봉희(Bong Hee Hahn)
UCI I410-ECN-0102-2008-580-001852158

The ecrystallization behaviors during continuous annealing process were studied in extra low carbon Al-killed steels with varying Mn content. The less the Mn content, the higher the nucleation rate of {111} grains. The {111} recrystallization it difficult when Mn content is excessively high. There exists, an optimum range of Mn content, annealing temperature and annealing time. Cold rolled texture is {111} $lt;hkl$gt; fibre texture and recrystallization texture is mainly of {111} $lt;112$gt; component. A model for nucleation and grain growth is proposed to explain the recrystallization process from {111} $lt;hkl$gt; cold rolled texture to {111} $lt;112$gt; recrystallized texture with movement of coincidence boundary.

[자료제공 : 네이버학술정보]
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