eutectoid steel

1. Microstructure refinement of eutectoid steel based on divorced eutectoid transformation
   基于离异共析转变的共析钢组织细化
2. A simplified diagram, such as the one in Fig.2.1, focuses on the eutectoid region and is quite useful in understanding the properties and processing of steel.
   如图2.1所示的简化铁碳状态图将焦点集中在共析区，这对理解钢的性能和处理是十分有用的。
3. Microstructure changes of eutectoid pearlitic steel during cold rolling
   共析珠光体钢在冷轧过程中的组织变化
4. The Microstructure Evolution of Eutectoid Steel Subjected to Surface Mechanical Attrition
   共析钢经表面研磨处理后微观组织的演化
5. Theoretical Model of Transformation Superplastic Diffusion Welding for Eutectoid Steel
   共析钢的相变超塑性扩散连接
6. The microstructure changes of pearlitic eutectoid steel induced by cold rolling were investigated by using SEM, TEM and XRD etc.
   用SEM、TEM及XRD等方法研究了共析钢中珠光体经40%-90%的冷轧变形后所产生的显徽组织变化。
7. Strain-fatigue properties of pearlite and tempered sorbite in a C-Mn eutectoid rail steel have been studied by fully reversed constant total strain amplitude and plastic strain behavior in strain fatigue process has been investigated.
   用全反向恒应变幅试验方法，研究了C-Mn轨钢珠光体及回火索氏体的应变疲劳行为，探讨了塑性应变在应变疲劳中的作用。
8. Relationships between microstructure and mechanical properties in eutectoid rail steel
   共析轨钢机械性能和显微组织的关系
9. Development of System for Carbon Validation of Hypo-eutectoid Steel
   亚共析钢定碳软件的开发
10. Heat treatments of DET ( Divorced Eutectoid Transformation) and quenching+ tempering were carried out to obtain the microstructure of ferrite with ultra-fine carbides for a 1.6% C ultra-high carbon steel.
    对1.6%C超高碳钢进行离异共析和淬火+高温回火两种工艺球化预处理，获得了铁素体基体上分布超细碳化物组织，在此基础上进行了两类淬火处理。
11. By Cr microalloying, the fore eutectoid ferrite eduction is restrained, the distance between rows of pearlite is decreased, then the tensile strength, section shrinkage and drawing property of high carbon steel wire rod is obviously raised and improved.
    高碳钢中加入的铬元素抑制先共析铁素体析出，减小珠光体片层间距，可明显提高抗拉强度，提高断面收缩率，改善线材的拉拔性能。
12. Cyclic Strain Behavior in A Eutectoid Rail Steel
    共析轨钢的循环应变行为
13. Study of the Technological Process for Preparing Typical Eutectoid Steel Bainite Teaching Specimen
    制备共析钢典型贝氏体教学试样的工艺研究
14. Study on Leader Phase of Partite Phase Change of Eutectoid Carbon Steel
    共析碳钢珠光体相变领先相的研究
15. In specimens of eutectoid steel T8, the cementite lamellae may be plastically deformed to some extent, and its tendency increases with the decrease of interlamellar spacing.
    对于完全是片层珠光体组织的T8钢，渗碳体片层表现出一定程度的塑性变形能力，并随片层间距的减小变形能力增强。
16. The eutectoid transformation of the Nb-containing steel was delayed compared to the steel without Nb. This leads to the extension of the low ductility of the steel to the lower temperature.
    由于含Nb钢试样共折转变的推迟，与不含Nb钢相比，其第Ⅲ脆性温度域向低温延伸。
17. Relationship between plastic strain and strain-fatigue in an eutectoid rail steel
    共析轨钢塑性应变与应变疲劳关系的研究

noun

1. a steel that contains 0.9% carbon (the eutectic point)