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Abstracts of the papers published in Tetsu-to-Hagane Vol. 106 (2020), No.10

机译:在Tetsu-to-hagane vol的论文的摘要。 106(2020),10.10

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摘要

This paper gives an overview of developments in the field of non-oriented electrical steels that are widely used in motor cores in recent years, focusing mainly on texture control. ND//<100> texture is recognized as the ideal texture for application to motor cores. To obtain a suitable texture, precise control is required during each manufacturing process. This involves adjusting the chemical components during the steel making, fine temperature and reduction control during hot rolling, temperature control during hot-band annealing, temperature and reduction control during cold rolling and heating rate and temperature control during final annealing. High silicon Fe-Si alloy containing 6.5 mass% Si has been recognized as a promising core material for high frequency applications. When producing high silicon steel by the continuous chemical vapor deposition (CVD) siliconizing process, materials with a gradient Si concentration in the sheet thickness direction have been found to display superior high-frequency iron loss.
机译:本文概述了近年来广泛用于电机核心广泛应用领域的开发领域,主要集中在纹理控制上。 ND // <100>纹理被识别为适用于电机核心的理想纹理。为了获得合适的质地,在每个制造过程中需要精确控制。这涉及在热轧期间在钢制造期间调节化学成分,在热轧轧制期间的温度控制,冷轧过程中的温度控制,冷轧过程中的温度和减少控制和最终退火期间的加热速率和温度控制。含有6.5质量%Si的高硅Fe-Si合金已被认为是高频应用的有希望的芯材料。通过连续化学气相沉积(CVD)硅化工艺生产高硅钢,已经发现,在片材厚度方向上具有梯度Si浓度的材料显示出优异的高频铁损。

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    《ISIJ international》 |2020年第10期|A.23-A.25|共3页
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  • 收录信息 美国《科学引文索引》(SCI);美国《工程索引》(EI);美国《生物学医学文摘》(MEDLINE);
  • 原文格式 PDF
  • 正文语种 eng
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