LOW-ALLOYED ALLOYS ON THE BASE OF MOLYBDENUM, PREPARATION, PROPERTIES

机译：钼基底的低合金合金，制备，性能

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Literary research of high-temperature materials, overview of used materials. Molybdenum and its alloys, properties, possibilities of the application in the vacuum technique, electrotechnics and electronics. Methods of preparation of molybdenum alloys even in the monocrystalline form (plasma metallurgy and electron beam zone melting). Evaluation of micro-structural (optical microscope, scanning electron microscope), chemical (optical emission spectroscopy, x-ray and EDX analyses) of Mo-Ta, Mo-V and Mo-lr alloys. Distribution of iridium in molybdenum by electron beam zone melting, dislocation and cellular substructure in molybdenum single crystals, application of autoradiography.

机译：高温材料的文学研究，二手材料概述。钼及其合金，性能，应用在真空技术，电工和电子产品中的应用。即使在单晶形式（等离子体冶金和电子束区熔化）中钼合金的制备方法。微结构（光学显微镜，扫描电子显微镜），Mo-Ta，Mo-V和Mo-LR合金的化学（光发射光谱，X射线和EDX分析）评价。电子束区熔融，钼单晶中熔接，脱位和细胞骨结构的铱分布铱，脱位术，放射自显影。

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《International Conference on Metallurgy and Materials》|2020年|p.1369-p.2037|共9页
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Jaromir DRAPALA; Marek VESELY; Gabriela KOSTIUKOVA;
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中图分类 TF1-532;
关键词
Molybdenum alloys; crystal growth; microstructure; segregation; concentration undercooling;

机译：钼合金;晶体生长;微观结构;偏析;浓度过冷;

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1. The Effect of Thermal Treatment on the Mechanical Properties of Low-Alloyed Molybdenum Alloys over the Wide Range of Temperatures [J] . Borisenko V. A., Bukhanovsky V. V., Mamuzi? I. Metalurgija . 2003,第1期

机译：宽温度范围内热处理对低合金钼合金力学性能的影响
2. Interrelation Between the Structural State of Material and Mechanical Properties of Low-Alloyed Molybdenum Alloys [J] . Borisenko V., Bukhanovsky A., Mamuzi? I. Metalurgija . 2003,第3期

机译：低合金钼合金材料的结构状态与力学性能的相互关系
3. INTERRELATION BETWEEN THE STRUCTURAL STATE OF MATERIAL AND MECHANICAL PROPERTIES OF LOW-ALLOYED MOLYBDENUM ALLOYS [J] . V. BUKHANOVSKY, I. MAMUZIC, V. BORISENKO Metalurgija . 2003,第3期

机译：低合金钼合金材料的结构状态与力学性能的相互关系
4. LOW-ALLOYED ALLOYS ON THE BASE OF MOLYBDENUM, PREPARATION, PROPERTIES [C] . Jaromir DRAPALA, Marek VESELY, Gabriela KOSTIUKOVA International Conference on Metallurgy and Materials . 2020

机译：钼基底的低合金合金，制备，性能
5. TRANSMISSION ELECTRON MICROSCOPY STUDY OF PHASE TRANSFORMATIONS IN TERNARY NICKEL(4)MOLYBDENUM-BASED ALLOYS CONTAINING 0 TO 4 WEIGHT PERCENT CHROMIUM (NICKEL-MOLYBDENUM, ALLOYING EFFECTS, CHROMIUM). [D] . VASUDEVAN, K. 1986

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机译：钼和钼基合金第1部分第1部分钼合金钼的高温性能第2部分：锆 - 锆 - 钛包覆合金的评价

LOW-ALLOYED ALLOYS ON THE BASE OF MOLYBDENUM, PREPARATION, PROPERTIES

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