Nanostructured Low-Carbon Lath Martensite-Base for High Structural Strength of Steels

L. M. Kleyner; D. M. Larinin; A. A. Shatsov

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Nanostructured Low-Carbon Lath Martensite-Base for High Structural Strength of Steels

机译：纳米结构的低碳板条马氏体基体，可提高钢的结构强度

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摘要

A method for nanostructuring of low-carbon martensite steels that possess structural heredity via cyclic thermal processing is suggested on the basis of the peculiarities of phase transitions.

机译：根据相变的特殊性，提出了一种通过循环热处理具有结构遗传的低碳马氏体钢的纳米结构化方法。

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《Inorganic materials: applied research》 |2014年第4期|289-292|共4页
作者
L. M. Kleyner; D. M. Larinin; A. A. Shatsov;
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作者单位

Perm National Research Polytechnic University, Komsomol'skii pr. 29, Perm, 614990 Russia;

Perm National Research Polytechnic University, Komsomol'skii pr. 29, Perm, 614990 Russia;

Perm National Research Polytechnic University, Komsomol'skii pr. 29, Perm, 614990 Russia;

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正文语种 eng
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关键词
steel; low-carbon lath martensite; austenite; thermal processing; nanostructure;

机译：钢;低碳板条马氏体;奥氏体热处理;纳米结构;

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专利

1. STRUCTURAL AND STAINLESS STEELS/EFFECT OF THE SIZE OF MARTENSITE LATHS AND CARBIDE PARTICLES ON THE "BRITTLE" STRENGTH OF LOW-CARBON MARTENSITIC STEELS [J] . S. A. Kotrechko, Yu. Ya. Meshkov, R. V. Televich Metal Science and Heat Treatment . 2006,第9a10期

机译：结构和不锈钢/马氏体板条和碳化物尺寸对低碳马氏体钢“脆性”强度的影响
2. An atom-probe tomographic study of the temporal evolution of the nanostructure of Fe-Cu based high-strength low-carbon steels [J] . Isheim D, Kolli RP, Fine ME, Scripta materialia . 2006,第1期

机译：Fe-Cu基高强度低碳钢纳米结构时间演变的原子探针层析成像研究
3. Formation of Grain and Packet-Lath Structure in Low-Carbon Steels After Quenching from Intercritical Temperature Range [J] . Berezin S. K., Shatsov A. A., Panov D. O., Metal Science and Heat Treatment . 2019,第1a2期

机译：中临界温度范围淬火后低碳钢形成谷物和包层结构
4. EFFECT OF MICROSTRUCTURAL BOUNDARIES OF LOW-CARBON LATH MARTENSITIC STEEL IN CLEAVAGE FRACTURE RESISTANCE [C] . Arya Chatterjee, Abhijit Ghosh, R. Mitra, International Conference on Fracture . 2017

机译：低碳马氏体钢在裂解断裂抗性的微观结构边界的影响
5. Microstructure influence on low-carbon structural steel heat affected zone toughness. [D] . Parthasarathy, Rajagopal. 1991

机译：显微组织对低碳结构钢热影响区韧性的影响。
6. Low temperature superplasticity and thermal stability of a nanostructured low-carbon microalloyed steel [O] . J. Hu, L.-X. Du, G.-S. Sun, -1

机译：纳米结构低碳微合金钢的低温超塑性和热稳定性
7. Effects of Solute Carbon on the Work Hardening Behavior of Lath Martensite in Low-Carbon Steel [O] . Taku Niino, Junya Inoue, Mayumi Ojima, 2017

机译：溶质碳对低碳钢板马氏体工作硬化行为的影响
8. On the Influence of Nickle on Toughness and Ductile-Brittle Transition in Low-Carbon Lath Martensite Steels [R] . Norstroem, L. A. 1978

机译：关于镍对低碳板条马氏体钢韧性和韧脆转变的影响

Nanostructured Low-Carbon Lath Martensite-Base for High Structural Strength of Steels

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