Carbide Phases in a Multicomponent Superalloy Ni-Co-W-Cr-Ta-Re

G. D. Pigrova; A. I. Rybnikov

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Carbide Phases in a Multicomponent Superalloy Ni-Co-W-Cr-Ta-Re

机译：多组分高温合金Ni-Co-W-Cr-Ta-Re中的碳化物相

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Physicochemical phase analysis is used to investigate carbide phases in a high-temperature nickel-based alloy ZhS32 after the alloy has been subjected to various heat treatments and aging regimes within a temperature range of 850-1250. The MC, M_(23)C_6, and M_6C carbide phases have been identified.

机译：物理化学相分析用于研究高温镍基合金ZhS32中的合金相，该合金在850-1250的温度范围内经过各种热处理和时效处理之后。已经确定了MC，M_（23）C_6和M_6C碳化物相。

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《The Physics of Metals and Metallography》 |2013年第7期|共3页
作者
G. D. Pigrova; A. I. Rybnikov;
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正文语种 eng
中图分类金属学与热处理;
关键词
high-temperature alloy ZhS32; carbide phases; heat treatment; aging;

机译：高温合金ZhS32;碳化物相;热处理;时效;

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专利

1. Carbide Phases in a Multicomponent Superalloy Ni-Co-W-Cr-Ta-Re [J] . G. D. Pigrova, A. I. Rybnikov The Physics of Metals and Metallography . 2013,第7期

机译：多组分高温合金Ni-Co-W-Cr-Ta-Re中的碳化物相
2. Primary dendrite spacing selection during directional solidification of multicomponent nickel-based superalloy: multiphase-field study [J] . Yang Cong, Xu Qingyan, Liu Baicheng Journal of Materials Science . 2018,第13期

机译：多组分镍超合金定向凝固期间的主要枝晶间距选择：多相场研究
3. Observation of a Ru-rich Heusler phase in a multicomponent Ni-base superalloy [J] . Q. Feng, T. K. Nandy, T. M. Pollock Scripta materialia . 2004,第6期

机译：多元镍基高温合金中富Ru Heusler相的观察
4. New Phases in a Multicomponent High Ruthenium Single Crystal Superalloy [C] . Q. Feng, L. J. Rowland, T. M. Pollock Pacific Rim International Conference on Advanced Materials and Processing . 2005

机译：多组分高钌单晶超合金中的新阶段
5. Thermodynamic modeling and experimental investigation of multicomponent nickel-based superalloys and magnesium alloys. [D] . Zhang, Chuan. 2010

机译：多组分镍基高温合金和镁合金的热力学建模和实验研究。
6. Carbides Evolution in a Ni-16Mo-7Cr Base Superalloy during Long-Term Thermal Exposure [O] . Fenfen Han, Li Jiang, Xiangxi Ye, 2017

机译：Ni-16Mo-7Cr基高温合金在长期热暴露期间的碳化物演变
7. Distribution of Elements in Carbides of Multicomponent Superalloys [O] . O. A. Glotka, S. V. Haiduk 2020

机译：多组分超合金碳化物中元素的分布
8. Multicomponent Ti-Si-Based Systems or Phase Relationships and Properties of Multicomponent Ti-Si-Based Alloys as Fundamental Background for Elaboration of High-Temperature Titanium Materials [R] . Bulanova, M. , Firstov, S. , Kulak, L. , 2004

机译：多组分Ti-si基体系或多组分Ti-si基合金的相关系和性能作为制备高温钛材料的基本背景

Carbide Phases in a Multicomponent Superalloy Ni-Co-W-Cr-Ta-Re

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