HEAT TREATMENT AND STRUCTURE OF HIGH-COERCIVITY ALLOYS BASED ON THE Fe-Co-Cr AND Fe-Co-Cr-Mo SYSTEMS

V. S. Shubakov

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HEAT TREATMENT AND STRUCTURE OF HIGH-COERCIVITY ALLOYS BASED ON THE Fe-Co-Cr AND Fe-Co-Cr-Mo SYSTEMS

机译：基于Fe-Co-Cr和Fe-Co-Cr-Mo体系的高矫顽力合金的热处理和组织

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Electron microscope studies of the structure of alloys of the Fe - Co - Cr and Fe - Co - Cr - Mo systems formed due to the development of highly coercive decomposition upon tempering are performed. A variant of heat treatment improving the structure of highly coercive decomposition in the alloys is suggested.

机译：电子显微镜研究了由于回火时高矫顽分解的发展而形成的Fe-Co-Cr和Fe-Co-Cr-Mo合金的结构。提出了一种可以改善合金中高矫顽分解结构的热处理方法。

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《Metal Science and Heat Treatment》 |2013年第8期|共5页
作者
V. S. Shubakov;
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正文语种 eng
中图分类金属学与热处理;
关键词
high-coercivity alloys of the Fe-Co-Cr and Fe-Co-Cr-Mo systems; thermomagnetic treatment; decomposition and additional decomposition; single-domain segregations; morphology of segregations; magnetic properties;

机译：Fe-Co-Cr和Fe-Co-Cr-Mo系统的高矫顽力合金;热磁处理;分解和附加分解;单畴偏析;偏析形态;磁性能;

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专利

1. HEAT TREATMENT AND STRUCTURE OF HIGH-COERCIVITY ALLOYS BASED ON THE Fe-Co-Cr AND Fe-Co-Cr-Mo SYSTEMS [J] . V. S. Shubakov Metal Science and Heat Treatment . 2013,第7a8期

机译：基于Fe-Co-Cr和Fe-Co-Cr-Mo体系的高矫顽力合金的热处理和组织
2. Preparation of High-Coercivity Magnetic Powder via Heat Treatment of a Rapidly Quenched Amorphous Starting Compound with a ThMn12 Structure [J] . Materials transactions . 2020,第4期

机译：用THMN12结构的快速猝灭无定形原料的热处理制备高矫顽力磁粉
3. Effect of Heat Treatment on the Structure and Properties of Sheet Semifinished Products Made of a Heat-Resistant Alloy Based on Titanium and Alloyed with Rare-Earth Metal [J] . Skvortsova S. V., Grushin I. A., Speranskiy K. A., Russian Journal of Non-Ferrous Metals . 2018,第2期

机译：热处理对基于钛和稀土金属的耐热合金制成的板半成品结构和性能的影响
4. Determination of Disordered Magnetic Structures in High-Coercivity Nd-Fe-Based Glassy Alloys [C] . N. Lupu, H. Chiriac Microscopy Society of America annual meeting;Microscopy Society of Canada annual meeting;Societe de Microscopie du Canada annual meeting;Microbeam Analysis Society annual meeting;International Metallographic Society annual meeting . 2002

机译：高矫顽力Nd-Fe基玻璃态合金中无序磁性结构的确定
5. The influence of chemical composition and heat treatment on microstructure and mechanical/tribological properties of cobalt-based Tribaloy alloys. [D] . Xu, Wei. 2005

机译：化学成分和热处理对钴基Tribaloy合金的组织和力学/摩擦学性能的影响。
6. Experimental Analysis and Mathematical Modeling on Mg-Li Alloy Sheets with Three Crystal Structures during Cold Rolling and Heat Treatment [O] . Yan Tang, Qichi Le, Tong Wang, 2017

机译：具有三种晶体结构的Mg-Li合金薄板冷轧和热处理的实验分析和数学建模
7. Determination of Disordered Magnetic Structures in High-Coercivity Nd-Fe-Based Glassy Alloys [O] . N. Lupu, H. Chiriac 2002

机译：高矫顽力Nd-Fe基玻璃合金中的磁性结构的测定
8. AN INVESTIGATION OF LAMELLAR STRUCTURES AND MINOR PHASES IN ELEVEN COBALT-BASE ALLOYS BEFORE AND AFTER HEAT TREATMENT [R] . J. W. Weeton, R. A. Signorelli 1954

机译：热处理前后钴基合金中层状结构和次生相的研究

HEAT TREATMENT AND STRUCTURE OF HIGH-COERCIVITY ALLOYS BASED ON THE Fe-Co-Cr AND Fe-Co-Cr-Mo SYSTEMS

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