Hardening of Low-Carbon Steel by Electron-Beam Surfacing of Nitrogen and Carbon Coatings with the Austenitic Matrix

机译：用奥氏体基体对氮和碳涂层进行电子束堆焊来硬化低碳钢

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The paper presents a new method for surface hardening of non-alloy low-carbon steel by electron-beam surfacing of the composite coating with the austenitic nitrogen matrix. The structure of the gradient coating and properties of the fusion zone are optimal from the viewpoint of formation of residual macrostresses and elasto-plastic properties.

机译：本文提出了一种通过奥氏体氮基体复合涂层的电子束堆焊对非合金低碳钢进行表面硬化的新方法。从残余大应力的形成和弹塑性特性的角度来看，梯度涂层的结构和熔合区的性能是最佳的。

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《Iron Steel Supplement 2005 vol.40: The Joint International Conference of HSLA Steels 2005 and ISUGS 2005》|2005年|P.571-575|共5页
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N.A. Narkevich; N.K. Galchenko; E.A. Ivanova; Yu.P. Mironov; S.I. Belyuk;
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中图分类钢铁冶炼（黑色金属冶炼）（总论）;
关键词
electron-beam surfacing; coating; surface hardening;

机译：电子束堆焊;涂层;表面硬化;

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专利

1. Correlation of Acoustic, Physicochemical, and Mechanical Properties of Coatings Obtained Using Electron-Beam Welding Deposition of Chromium Carbide on Low-Carbon Steel [J] . I. M. Poletika, T. A. Krylova, M. G. Golkovskii Protection of Metals and Physical Chemistry of Surfaces . 2011,第2期

机译：用电子束焊沉积在低碳钢上获得的涂层的声学，物理化学和力学性能的相关性
2. Structural phase states and properties of the layer surfaced on low-carbon steel with Fe?C?Cr?Nb?W powder-core wire followed by electron-beam processing [J] . Yu. F. Ivanov, V. E. Kormyshev, V. E. Gromov, Journal of surface investigation: x-ray, synchrotron and neutron techniques . 2017,第5期

机译：用FeαC丝粘附在低碳钢上浮出的结构相位和性质。
3. Influence of Nitrogen and Silicon on the Properties of Low-Carbon Austenitic Steel in Highly Oxidative Media [J] . V. V. Naumenko, G. A. Filippov, A. P. Shlyamnev Steel in Translation . 2012,第11期

机译：氮和硅对高氧化介质中低碳奥氏体钢性能的影响
4. MECHANISM STUDY ON IGSCC BY ANALYZING RESIDUAL STRESS AND WORK HARDENING IN WELDS OF LOW-CARBON AUSTENITIC STAINLESS STEEL WITH SURFACE MACHINING [C] . Masahito MOCHIZUKI, Hiroaki MORI, Jinya KATSUYAMA ASME Pressure Vessels and Piping Division/K-PVP conference;PVP2010 . 2011

机译：低碳奥氏体不锈钢表面加工残余应力和工作硬化分析IGSCC的机理研究
5. Reduction of work hardening rate in low-carbon steels. [D] . Yalamanchili, Bhaskar Rao. 2003

机译：降低低碳钢的加工硬化率。
6. Healing of Fatigue Crack by High-Density Electropulsing in Austenitic Stainless Steel Treated with the Surface-Activated Pre-Coating [O] . Atsushi Hosoi, Tomoya Kishi, Yang Ju 2013

机译：表面活化预涂层处理的奥氏体不锈钢中高密度电脉冲对疲劳裂纹的修复
7. Improved nitrogen transport in surface nanocrystallized low-carbon steels during gaseous nitridation [O] . J. F. Gu A, D. H. Bei A, J. S. Pan A, 2001

机译：在气态氮化过程中改善了表面纳米化低碳钢的氮输送
8. Low-Carbon, Age-Hardenable Steels for Use in Construction: A Review [R] . Weber, R. A., Somers, B. R., Kaufmann, E. J. 1996

机译：用于建筑的低碳，耐老化钢：综述

Hardening of Low-Carbon Steel by Electron-Beam Surfacing of Nitrogen and Carbon Coatings with the Austenitic Matrix

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