Retention of the Twinning Σ3 Misorientation in the Process of Lattice Transformation during Cold Rolling of a Fe3 Pct Si Single Crystal

G.M. RUSAKOV; M.L. LOBANOV; A.A. REDIKULTSEV

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Retention of the Twinning Σ3 Misorientation in the Process of Lattice Transformation during Cold Rolling of a Fe3 Pct Si Single Crystal

机译：Fe3 Pct Si单晶冷轧过程中晶格转变过程中孪生Σ3取向错误的保留

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The article investigates the twinning evolution of two active systems during cold rolling of a (110)[001]-oriented Fe3 pct Si single crystal. An intriguing fact is revealed that for both twinning systems the Σ3 misorientation is retained, regardless of the fundamental difference in their transformation in the course of the matrix crystal lattice reorientation. One of the twinning systems retains the regular habit plane position, while the other acquires an irregular one. A model is proposed that describes the mechanism of such transformations.

机译：本文研究了在（110）[001]取向的Fe3 pct Si单晶冷轧过程中两个活性系统的孪生演化。令人着迷的事实是，对于两个孪生系统，无论在矩阵晶格重新取向过程中其转换的基本差异如何，都保留了Σ3取向错误。其中一个孪生系统保留了规则的惯性平面位置，而另一个则获得了不规则的惯性平面位置。提出了描述这种转换机制的模型。

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《Metallurgical and Materials Transactions, A. Physical Metallurgy and Materials Science》 |2011年第6期|共4页
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G.M. RUSAKOV; M.L. LOBANOV; A.A. REDIKULTSEV;
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1. Retention of the Twinning Σ3 Misorientation in the Process of Lattice Transformation during Cold Rolling of a Fe3 Pct Si Single Crystal [J] . Metallurgical and Materials Transactions A . 2011,第6期

机译：Fe3 Pct Si单晶冷轧过程中晶格转变过程中孪生Σ3取向错误的保留
2. Crystal Orientation Retention by Microbands The Goss Orientation during Cold Rolling of an FeSi Steel Single Crystal [J] . Dorothee DORNER, Stefan ZAEFFERER 材料とプロセス: 日本鉄鋼協会講演論文集 . 2006,第3期

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3. Resolving the diffusionless transformation process of twinning in single crystal plasticity theory [J] . Huang C., Elkhodary K. I., Tang S. International Journal of Plasticity . 2019,第期

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4. Nitrogen Content and Orientation and Their Relation to Slip Activity, Twinning and Crack Formation During Cold Rolling of Austenitic Single Crystals [C] . N. Akdut, J. Keichel, J. Foct 5th International Conference on High Nitrogen Steels, 5th, May 27-28, 1998, Stockholm, Sweden . 1998

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5. Direct Evidence for a Dislocation-Based Mechanism as the Source of Lattice Rotation in Rotating Lattice Single (RLS) Crystals [D] . Musterman, Evan J. 2021

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Retention of the Twinning Σ3 Misorientation in the Process of Lattice Transformation during Cold Rolling of a Fe3 Pct Si Single Crystal

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