On the absence of long-period 9R phase in the Fe-32% Ni invar alloy

Kabanova I. G.; Sagaradze V. V.; Kataeva N. V.

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On the absence of long-period 9R phase in the Fe-32% Ni invar alloy

机译：Fe-32％Ni Invar合金中不存在长周期9R相

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An analysis of electron diffraction patterns available in [19, 20] has shown that, contrary to the author's conclusion, no signs indicating the formation of long-period 9R phase in the course of alpha -> gamma transformation in the studied Fe-32Ni alloy during its slow heating are found; however, the common nanocrystalline gamma phase with the fcc structure is formed. Extended plates with a layered structure, which are considered in [19, 20] as a new (3R + 9R) phase in the Fe-32% Ni alloy, are common twinned-midrib areas of each initial alpha crystal, in which twinned gamma-phase nanoplates have been formed during heating.

机译：对[19，20]中可用的电子衍射图谱的分析表明，与作者的结论相反，没有迹象表明在研究的Fe-32Ni合金的α->γ转变过程中形成了长周期9R相。在缓慢加热期间被发现;但是，形成了具有fcc结构的普通纳米晶γ相。具有分层结构的扩展板，在[19，20]中被视为Fe-32％Ni合金中的新相（3R + 9R），是每个初始α晶体的常见孪生中肋区域，其中孪生γ在加热过程中形成了两相纳米板。

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《The Physics of Metals and Metallography》 |2015年第9期|共8页
作者
Kabanova I. G.; Sagaradze V. V.; Kataeva N. V.;
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正文语种 eng
中图分类金属学与热处理;
关键词
iron-nickel alloys; electron microscopy; alpha -gt; gamma transformation; nanocrystalline gamma phase; long-period structures;

机译：铁镍合金;电子显微镜;α→γ相变;纳米晶γ相;长周期结构;

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1. Mg97Y2Zn1合金中18R型长周期有序相的微观结构 [J] . 唐平英, 吴萌萌, 唐壁玉, 中国有色金属学报（英文版） . 2011,第004期
2. Mg97Y2Zn1合金中18R型长周期有序相的微观结构 [J] . 唐平英, 吴萌萌, 唐壁玉, 中国有色金属学报：英文版 . 2011,第004期
3. On the absence of long-period 9R phase in the Fe-32% Ni invar alloy [J] . Kabanova I. G., Sagaradze V. V., Kataeva N. V. The Physics of Metals and Metallography . 2015,第9期

机译：Fe-32％Ni Invar合金中不存在长周期9R相
4. Formation of an L1_0 Superstructure in Austenite upon the a -? y Transformation in the Invar Alloy Fe-32% Ni [J] . I. G. Kabanova, V. V. Sagaradze, N. V. Kataeva The Physics of Metals and Metallography . 2011,第3期

机译：在-处奥氏体中形成L1_0上层结构。 Invar合金Fe-32％Ni中的y相变
5. Laves-phase (Zr,Nb)Fe2 alloys as model Invar systems without magnetic frustration: Comparison to Fe-Ni Invar [J] . S. Khmelevskyi, P. Mohn Physical review . 2010,第13期

机译：Laves相（Zr，Nb）Fe2合金作为不具磁阻的Invar系统模型：与Fe-Ni Invar的比较
6. Microstructure Characterization of Hot Deformed Fe-32％Ni Alloy [C] . Baojun Han International conference on Frontiers of manufacturing science and measuring technology . 2011

机译：Fe-32％Ni热变形合金的组织特征
7. Resolving the magnetic and structure anomalies in face-centred cubic iron-nickel alloys: A solution to the Invar and anti-Invar problems. [D] . Lagarec, Ken. 2001

机译：解决面心立方铁镍合金中的磁性和结构异常：解决因瓦合金和反因瓦合金的问题。
8. Strengthening of the Fe-Ni Invar Alloy Through Chromium [O] . Qingshuang Sui, Jun He, Xin Zhang, 2019

机译：Fe-Ni因瓦合金的铬强化
9. Analysis of spinodal decomposition in Fe-32 and 40 at.% Cr alloys using phase field method based on linear and nonlinear Cahn-Hilliard equations [O] . Orlando Soriano-Vargas, Víctor M. López-Hirata, Erika O. Ávila-Dávila, 2016

机译：基于线性和非线性Cahn-Hilliard方程的相场法分析Fe-32和40％。％Cr合金的旋节线分解
10. Theoretical Analysis of Phase Transformations in Fe-Ni 'Invar'-Type Alloys [R] . Russell, K. C. , Garner, F. A. 1989

机译：Fe-Ni'Inarar'型合金相变的理论分析

On the absence of long-period 9R phase in the Fe-32% Ni invar alloy

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