Improved Thermodynamic Formula for Austenite/(Austenite+Cementite) Phase Boundary in Low Alloy Steels

Suchul Yoon; Seok-Jae Lee

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Improved Thermodynamic Formula for Austenite/(Austenite+Cementite) Phase Boundary in Low Alloy Steels

机译：低合金钢中奥氏体/（奥氏体+渗碳体）相边界的改进热力学公式

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The chemical composition range for the model proposed in this study is listed in Table 1. The maximum carbon content is 1.8 mass%, which can include both hypo- and hyper-eutectoid regions. Also, the effect of Cu addition was considered. Copper increases strengthening due to Cu pre- cipitation and improves the hardenability and tempering resistance in HSLA steels.

机译：表1列出了本研究中提出的模型的化学组成范围。最大碳含量为1.8质量％，其中可以包括低共析和超共析区域。另外，考虑了添加Cu的效果。铜由于铜的析出而增强了强度，并改善了HSLA钢的淬透性和抗回火性。

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《ISIJ international》 |2014年第6期|共3页
作者
Suchul Yoon; Seok-Jae Lee;
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中图分类钢铁冶炼（黑色金属冶炼）（总论）;
关键词
thermodynamic modelaustenite/(austenite+ cementite) phase boundaryAcm temperaturealloy partitioninglow alloy steel;

机译：热力学模型奥氏体/（奥氏体+渗碳体）相界Acm温度合金分配低合金钢;

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1. Improved Thermodynamic Formula for Austenite/(Austenite+Cementite) Phase Boundary in Low Alloy Steels [J] . Suchul YOON, Seok-Jae LEE ISIJ international . 2014,第6期

机译：低合金钢中奥氏体/（奥氏体+渗碳体）相边界的改进热力学公式
2. Datasets acquired with correlative microscopy method for delineation of prior austenite grain boundaries and characterization of prior austenite grain size in a low-alloy high-performance steel [J] . V. Sinha, M. Gonzales, E.J. Payton Data in Brief . 2019,第1期

机译：用相关显微镜方法获得的数据集，用于描绘低合金高性能钢中的奥氏体晶界和表征奥氏体晶粒度
3. Effect of prior austenite grain boundaries on corrosion fatigue behaviors of E690 high strength low alloy steel in simulated marine atmosphere [J] . Hongchi Ma, Linheng Chen, Jinbin Zhao, Materials Science and Engineering . 2020,第Jana31期

机译：模拟海洋环境下原奥氏体晶界对E690高强度低合金钢腐蚀疲劳行为的影响
4. Role of Grain Boundary Segregation in Austenite Decomposition of Low-alloyed Steel [C] . S. Suzuki, M. Tanino International Conference on Recrystallization and Grain Growth(ReX amp; GG III); 20070610-15; Jeju Island(KR) . 2007

机译：晶界偏析在低合金钢奥氏体分解中的作用
5. Bainitic stabilization of austenite in low alloy sheet steels [D] . Brandt, Mitchell L. 1997

机译：低合金薄钢板中奥氏体的贝氏体稳定化
6. Datasets acquired with correlative microscopy method for delineation of prior austenite grain boundaries and characterization of prior austenite grain size in a low-alloy high-performance steel [O] . V. Sinha, M. Gonzales, E.J. Payton 2019

机译：用相关显微镜方法获得的数据集用于描绘低合金高性能钢中的奥氏体晶界和表征奥氏体晶粒度
7. Improved Thermodynamic Formula for Austenite/(Austenite+Cementite) Phase Boundary in Low Alloy Steels [O] . Suchul Yoon, Seok-Jae Lee 2014

机译：改进的低合金钢中奥氏体/（奥氏体+渗碳物）相界的热力学配方
8. Observation of an Austenite-to-Martensite Transformation in 'Spines' Along Prior Austenite Grain Boundaries in Fully Hardened AISI 4340 Steel [R] . Katz, R. N. 1961

机译：完全硬化aIsI 4340钢中先前奥氏体晶界“尖刺”中奥氏体 - 马氏体相变的观察

Improved Thermodynamic Formula for Austenite/(Austenite+Cementite) Phase Boundary in Low Alloy Steels

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