Study of Features of Phase Precipitate Formation, Structural State, and Properties of Nb, V-Microalloyed Low Carbon Ferritic Steels

Zaitsev A. I.; Koldaev A. V.; Krasnyanskaya I. A.; Dunaev S. F.

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Study of Features of Phase Precipitate Formation, Structural State, and Properties of Nb, V-Microalloyed Low Carbon Ferritic Steels

机译：基于Nb，V微合金低碳铁素质钢的相沉淀形成，结构状态和性能特征的研究

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Contemporary methods of optical and transmission electron microscopy, and mechanical property tests are used to study features of phase precipitate formation, structural state, and the properties of lowcarbon V, Nb micro-alloyed steels. The effect of nano-sized carbide (carbonitride) V, Nb precipitates formed in austenite during FCC -> BCC-phase transformation of steel on the structural state and implementation of different mechanisms is evaluated. Characteristics of similar Ti and Mo precipitates in micro-alloyed ferritic steels are compared.

机译：光学和透射电子显微镜的现代方法，以及机械性能试验用于研究相沉淀地层形成，结构状态和低碳v，Nb微合金钢的性质的特征。评价纳米碳化物（碳氮化物）V，Nb沉淀物在FCC - > BCC相变在结构状态和不同机制的实施过程中奥氏体中形成的Nb沉淀物。比较了微合金化铁素体钢中类似Ti和Mo沉淀的特征。

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来源
《Metallurgist》 |2020年第10期|共10页
作者
Zaitsev A. I.; Koldaev A. V.; Krasnyanskaya I. A.; Dunaev S. F.;
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作者单位

FGUP IP Bardin TsNIIchermet Moscow Russia;

FGUP IP Bardin TsNIIchermet Moscow Russia;

FGUP IP Bardin TsNIIchermet Moscow Russia;

MV Lomonosov MGU Fac Chem Moscow Russia;

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正文语种 eng
中图分类冶金工业;
关键词
low-carbon micro-alloyed steels; microstructure; nanosize phase precipitates; strength properties; service properties; hardening mechanisms;

机译：低碳微合金钢;微观结构;纳米化相位沉淀物;强度特性;服务特性;硬化机制;

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1. Study of Features of Phase Precipitate Formation, Structural State, and Properties of Nb, V-Microalloyed Low Carbon Ferritic Steels [J] . Zaitsev A. I., Koldaev A. V., Krasnyanskaya I. A., Metallurgist . 2020,第9a10期

机译：基于Nb，V微合金低碳铁素质钢的相沉淀形成，结构状态和性能特征的研究
2. STUDY OF PHASE-STRUCTURAL TRANSFORMATIONS RESULTING IN LOW-TEMPERATURE RADIATION EMBRITTLEMENT IN FERRITIC-MARTENSITIC STEEL [J] . Porollo S. I., Dvoryashin A. M., Ivanov A. A., Atomic Energy . 2019,第1期

机译：铁素体-马氏体钢的低温辐射压痕导致相结构转变的研究
3. STUDY OF PHASE-STRUCTURAL TRANSFORMATIONS RESULTING IN LOW-TEMPERATURE RADIATION EMBRITTLEMENT IN FERRITIC-MARTENSITIC STEEL [J] . Porollo S. I., Dvoryashin A. M., Ivanov A. A., Atomic Energy . 2019,第1期

机译：铁素体 - 马氏体钢低温辐射脆化的相结构变换研究
4. Correlation of structural characteristics of low carbon ferritic steel with magnetic properties [C] . A. Mpalliou International Conference on Materials and Applications for Sensors and Transducers . 2012

机译：低碳铁素体钢与磁性特性的相关性
5. Microstructural design and electrochemical evaluation of Fe/2Si/0.1C dual-phase ferritic martensitic steel for concrete reinforcement [D] . Trejo, David 1997

机译：Fe / 2Si / 0.1C双相铁素体马氏体用于混凝土加固的组织设计和电化学评估
6. Study of the effect of nano-sized precipitates on the mechanical properties of boron-added low-carbon steels by neutron scattering techniques [O] . B. S. Seong, Y. R. Cho, E. J. Shin, -1

机译：用中子散射技术研究纳米级析出物对含硼低碳钢力学性能的影响
7. A Comparative Study on Microstructural Features of Various Modes of Deformation and Fracture in Low-Carbon Steel by Using X-Ray Microbeam Technique [O] . Shuji TAIRA, Keisuke TANAKA 1969

机译：用X射线微磁珠技术对低碳钢变形和断裂模式的微观结构特征的比较研究
8. Quantitative Microstructural Characterization of Multipass TIG Ultra Low CarbonBainitic Steel Weldments and Correlation with Mechanical Properties [R] . Butler, D. E. 1993

机译：多道次TIG超低碳贝氏体钢焊缝的定量显微组织表征及力学性能的相关性

Study of Features of Phase Precipitate Formation, Structural State, and Properties of Nb, V-Microalloyed Low Carbon Ferritic Steels

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