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Magnetization of NdFeB Permanent Magnet Considering Demagnetization Effect

机译:考虑退磁效应的钕铁硼永磁体的磁化

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Electrical machine efficiency improvement has been paid more attention over the past years. Using Permanent Magnets (PMs) in various modern electrical machines is one of the most favorable approaches to increase machine efficiency. However, PMs still have a significant disadvantage that is the demagnetization issue. Therefore, these demagnetized PMs need to magnetize for regaining their initial capability considering the demagnetization level. Therefore, first of all, this paper proposes the demagnetization behavior of NdFeB PMs due to thermal effect. Then, these PMs are magnetized using a proposed simple magnetizing technique considering various demagnetization conditions. Finally, the results indicate that the most complete demagnetized PMs are able to significantly recover to their initial capability.
机译:在过去的几年中,电机效率的提高受到了越来越多的关注。在各种现代电机中使用永磁体(PM)是提高电机效率的最有利方法之一。然而,永磁体仍具有显着的缺点,即退磁问题。因此,考虑到退磁水平,这些退磁的永磁体需要磁化以恢复其初始能力。因此,首先,本文提出了由于热效应引起的钕铁硼永磁体的退磁行为。然后,考虑到各种退磁条件,使用提议的简单磁化技术将这些PM磁化。最后,结果表明,最完整的退磁PM能够显着恢复其初始功能。

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