Development of a Commercial Technology for Plasma Arc Remelting of a Nitrogen-Bearing 05Kh21AG15N8MF Steel

A. A. Sisev; S. G. Tsimerman; M. V. Kostina; A. I. Il’inskii; M. M. Perkas; L. G. Rigina

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Development of a Commercial Technology for Plasma Arc Remelting of a Nitrogen-Bearing 05Kh21AG15N8MF Steel

机译：氮气弧形熔渣的商业技术的开发05kH21AG15N8MF钢的等离子体弧形重熔

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Steel 05Kh21AG15N8MF forgings 250 mm in diameter with a nitrogen content higher than 0.60%, which is necessary for a high-strength austenitic structure, are fabricated by plasma arc remelting. An experimental batch and strips are made of this steel. The chemical composition, the macrostructure, the mechanical properties, the intergranular corrosion resistance, and the hardness of the forgings are studied.

机译：通过等离子体弧重熔制造钢05kH21AG15N8MF锻件250mm的直径，氮含量高于0.60％，这是高强度奥氏体结构所必需的。实验批次和条带由该钢制成。研究了化学成分，宏观结构，机械性能，晶间耐腐蚀性和锻件的硬度。

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来源
《Russian Metallurgy(Metally)》 |2018年第6期|共7页
作者
A. A. Sisev; S. G. Tsimerman; M. V. Kostina; A. I. Il’inskii; M. M. Perkas; L. G. Rigina;
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作者单位

AO Metallurgicheskii Zavod Elektrostal;

AO Metallurgicheskii Zavod Elektrostal;

Baikov Institute of Metallurgy and Materials Science Russian Academy of Sciences;

AO Metallurgicheskii Zavod Elektrostal;

Baikov Institute of Metallurgy and Materials Science Russian Academy of Sciences;

Central Institute for Technology of Machine-Building TsNIITMASh;

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原文格式 PDF
正文语种 eng
中图分类冶金工业;
关键词
nitrogen; structure; plasma arc remelting; ingot; deformation; alloying; nitrogen-bearing steel;

机译：氮;结构;等离子弧重熔;锭;变形;合金;氮钢;

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1. Development of a Commercial Technology for Plasma Arc Remelting of a Nitrogen-Bearing 05Kh21AG15N8MF Steel [J] . A. A. Sisev, S. G. Tsimerman, M. V. Kostina, Russian Metallurgy(Metally) . 2018,第6期

机译：氮气弧形熔渣的商业技术的开发05kH21AG15N8MF钢的等离子体弧形重熔
2. Nitriding of High-Alloy Steel During Plasma Arc Remelting [J] . Tyuftyaev A. S., Gadzhiev M. Kh., Ilichev M. V., Metallurgist . 2019,第1a2期

机译：等离子弧重熔期间高合金钢的氮化
3. Studying Factors Affecting Fusion Pool Geometry of Micro Plasma Arc which Remelts Austenitic Stainless Steel Sheets (AISI 316L) by Using Response Surface Method [J] . Mohsen ALI, Ahmad ALMALEH, Ahmed RASSIS 材料 . 2018,第6期

机译：影响微等离子体弧形融合池几何形状的因素，用响应表面法通过使用响应表面法重新释放奥氏体不锈钢板（AISI 316L）
4. Transformation of Knowledge and Technology from Research and Development to the Commercial Production of Heavy Steel Castings and Forgings for Power Engineering, Made of Advanced Creep Resistant Steels [C] . R.F.Hanus, K.H.Schoenfeld, H.Wagner International charles parsons turbine conference . 2000

机译：知识和技术从研发到电力生产的重型钢铸件和锻件的转化，由高级抗蠕变钢制成
5. Research and development of simulation and optimization technology for commercial nylon-6 manufacturing processes. [D] . Seavey, Kevin Christopher. 2003

机译：用于商业尼龙6生产工艺的仿真和优化技术的研究与开发。
6. MaterialFlow Analysis with Multiple Material Characteristicsto Assess the Potential for Flat Steel Prompt Scrap Prevention andDiversion without Remelting [O] . Iain P. Flint, André Cabrera Serrenho, Richard C. Lupton, -1

机译：材料具有多种材料特性的流动分析评估防止扁钢报废的潜力和分流而不重熔
7. Influência da refusão por plasma na microestrutura de um revestimento Fe-Mn-Cr-Si depositado por aspersão térmica arco elétrico sobre aço inoxidável ASTM A743-CA6NM Influence of plasma remelting on the microstructure of Fe-Mn-Cr-Si arc thermal spray coating deposited on ASTM A743-CA6NM stainless steel [O] . Anderson Geraldo Marenda Pukasiewicz, Fernando Ratti de Oliveira, André Ricardo Capra, 2012

机译：等离子体重熔对不锈钢表面Fe-mn-Cr-si热沉电弧组织的影响asTm a743-Ca6Nm等离子体重熔对Fe-mn-Cr-si电弧热喷涂层组织的影响根据asTm a743-Ca6Nm不锈钢
8. Reactions of oxides of nitrogen (NOx) leading to the formation of nitric acid (HNO3) in non-thermal plasmas (NTPs). White paper for the Strategic Environmental Research and Development Program (SERDP) (Compliance Project CP-1038: Development of non-thermal plasma reactor technology for control of atmospheric emissions) [R] . Rosocha, L. A., Miziolek, A. W., Nusca, M. J., 1998

机译：氮氧化物（NOx）的反应导致在非热等离子体（NTp）中形成硝酸（HNO3）。战略环境研究与发展计划（sERDp）白皮书（合规项目Cp-1038：用于控制大气排放的非热等离子体反应堆技术的开发）

Development of a Commercial Technology for Plasma Arc Remelting of a Nitrogen-Bearing 05Kh21AG15N8MF Steel

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