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首页> 外文期刊>IEEE Transactions on Industrial Electronics >Experimental Study of the Amorphous Magnetic Material for High-Speed Sleeve-Free PM Rotor Application
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Experimental Study of the Amorphous Magnetic Material for High-Speed Sleeve-Free PM Rotor Application

机译：无定形磁性材料对高速套筒PM转子施用的实验研究

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摘要

Amorphous magnetic materials (AMMs) have been commercially available for decades. However, their application to electrical machines still lacks of breakthrough progress. This article proposes to use the AMM for a high-speed interior permanent-magnet rotor to avoid sleeves. In this application, advantages of the high mechanical strength, the low core losses, and the relatively low-saturation flux density of the AMM are fully taken. In order to ensure the success of the proposed application, three important aspects: slotting, electromagnetic properties, and mechanical strength of the AMM are experimentally studied. Since the electromagnetic properties of the AMM core are sensitive to the mechanical process, stress, and temperature, the AMM cores are tested and the tested data are used for the motor design. Finally, a prototype is built and tested.
机译：无定形磁性材料（AMM）已商品数十年。然而，它们对电机的应用仍然缺乏突破性的进展。本文建议使用AMM进行高速内部永磁转子，以避免袖子。在本申请中，充分拍摄了高机械强度，低核损耗和相对低饱和通量密度的优点。为了确保拟议申请的成功，三个重要方面：通过实验研究了AMM的槽，电磁特性和机械强度。由于AMM芯的电磁特性对机械工艺，应力和温度敏感，因此测试了AMM芯，并且测试的数据用于电动机设计。最后，建立并测试了原型。

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