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<p>The hypothesis of high mobility of special boundaries is used to suggest a mechanism of structural-textural heredity in electrical anisotropic steel (EAS). The evolution of the main crystallographic orientations in the stages of industrial production of EAS from hot rolling to high-temperature annealing is analyzed during deformation and recrystallization processes. It is shown that special misorientations, i.e., special boundaries, arise between the main orientations and evolve together with them.</p>

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Mechanism of Structural-Textural Heredity in Electrical Anisotropic Steel. 2. Evolution of Principal Crystallographic Orientations

  • 期刊论文

  • 发表日期：

    2025年7月1日

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  • A. Redikul’tsev,
  • M. L. Lobanov,
  • M. A. Zorina,
  • D. D. Satskii

摘要

The hypothesis of high mobility of special boundaries is used to suggest a mechanism of structural-textural heredity in electrical anisotropic steel (EAS). The evolution of the main crystallographic orientations in the stages of industrial production of EAS from hot rolling to high-temperature annealing is analyzed during deformation and recrystallization processes. It is shown that special misorientations, i.e., special boundaries, arise between the main orientations and evolve together with them.