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首页> 外文会议>International Conference on Microalloying for New Steel Processes and Applications; 20050907-09; Basque Country(ES) >Relationship between Microstructure and Texture Development During the Early Stages of Annealing in Warm Rolled Low Carbon Steels
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Relationship between Microstructure and Texture Development During the Early Stages of Annealing in Warm Rolled Low Carbon Steels

机译：温轧低碳钢退火初期组织与织构发展的关系

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摘要

The influence of chromium and phosphorus addition on the microstructure and on texture development was studied during the early stages of the annealing of warm rolled, low carbon steels. The addition of alloying elements led to an increase in the volume fraction of grains containing both shear bands and microbands. Moreover, the alloyed steels displayed lower stored energies and dislocation densities compared with an unalloyed low carbon steel. Two types of carbides were present after warm rolling in the steels containing the alloying additions: (ⅰ) coarse carbides; and (ⅱ) fine strain-induced particles. These microstructural differences affected the development of texture during annealing.
机译：在热轧低碳钢退火的早期阶段，研究了铬和磷的添加对组织和织构发展的影响。合金元素的添加导致包含剪切带和微带的晶粒的体积分数增加。而且，与未合金化的低碳钢相比，合金钢显示出更低的储能和位错密度。在热轧后，含有合金添加剂的钢中存在两种类型的碳化物：（ⅰ）粗大碳化物； （ⅱ）应变引起的细颗粒。这些微结构差异影响了退火过程中织构的发展。

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