1) transformation start temperature of proeutectoid ferrite
先共析铁素体相变温度
2) Pro-eutectoid Ferrite
先共析铁素体
1.
Content Analysis of Pro-eutectoid Ferrite Steel Using Pattern Recognition;
模式识别方法在先共析铁素体组织含量分析中的应用研究
2.
Phase Transformation Mechanism,Structure and Property of Pro-eutectoid Ferrite and Deformation Induced Ferrite of Low Carbon Steel;
低碳钢先共析铁素体和形变诱导铁素体的相变机制、组织和性能
3) proeutectoid ferrite
先共析铁素体
1.
Amount prediction of proeutectoid ferrite in flux cored wire welded seam;
药芯焊丝焊缝中先共析铁素体的数量预测
2.
Formation of proeutectoid ferrite during dynamic transformation of undercooled austenite in a eutectoid steel;
共析钢过冷奥氏体动态相变过程中先共析铁素体的生成
3.
Effect of cooling rates on the microstructure of proeutectoid ferrite in Fe-0.76%C steel in high magnetic field;
强磁场下冷却速率对Fe-0.76%C钢先共析铁素体组织的影响
4) allotriomorphic ferrite
先共析铁素体膜
1.
The results show that the allotriomorphic ferrite at the original austenite grain boundary and the precipitation of carbonitrides along the original austenite grain boundary in the slab surface region might be the main causes for the slab surface cracking during rough rolling.
结果表明,经热送热装的连铸坯表面金属中奥氏体晶界处的先共析铁素体膜及沿奥氏体晶界的碳氮析出物可能是导致粗轧过程表面裂纹形成的主要原因。
5) needle like proeutectiod ferrite
"针状"先共析铁素体
1.
Formation of needle like proeutectiod ferrite and its influence on medium carbon steel wire properties;
“针状”先共析铁素体形成及对钢丝性能的影响
6) ferrite transformation actual temperature
铁素体相变实际转变温度
1.
The effect of Nb content and final rolling temperature on ferrite transformation actual temperature and ferrite grain size during continuous cooling has been investigated.
采用Gleeble-2000热/力模拟试验机模拟了含Nb钢在FTSR(Flexible Thin Slab Rolling)薄板坯连铸连轧过程中的铁素体相变行为,通过研究Nb含量、终轧温度等参数对铁素体相变实际转变温度以及铁素体晶粒尺寸的影响,得出了低碳含Nb钢在FTSR工艺中的铁素体相变规律,可为薄板坯连铸连轧工艺轧制含Nb钢时控制冷却工艺的制定提供指导。
补充资料：先共析铁素体
proeutectoidferrite：本意是低于共析成分的奥氏体，从高温慢冷下来之际，在发生共析相变（共析转变）之前析出的铁素体。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条