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A NEW APPROACH TO TEXTURING AND GRAIN BOUNDARY ENGINEERING BY MAGNETIC FIELD APPLICATION

机译:磁场应用在纹理和晶界工程中的新方法

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摘要

Recent achievements of the texturing and grain boundary engineering (GBE) by magnetic field application have been introduced. The versatility and high potential of magnetic field application have been effectively utilized as non-contacting processing for the control of texture and grain boundary microstructures to endow polycrystalline materials with high performance and excellent bulk properties. It has been confirmed by experiments that various types of magnetic processing can be applied to ferrous and nonferrous materials. Grain boundary-related metallurgical phenomena and bulk properties in polycrystalline materials have been proved to be well controlled by magnetic field application.
机译:介绍了通过磁场施加在纹理和晶界工程(GBE)方面的最新成果。磁场的多功能性和高潜力已被有效地用作非接触过程,用于控制织构和晶界微结构,从而赋予多晶材料以高性能和出色的整体性能。通过实验已经证实,各种类型的磁处理可以应用于铁和非铁材料。多晶材料中与晶界有关的冶金现象和整体性能已被证明可以通过磁场施加得到很好的控制。

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