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Spark plasma sintering of Nd-Fe-B magnetic alloy

机译:Nd-Fe-B磁性合金的火花等离子体烧结

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摘要

Spark plasma sintering was used to consolidate the crystallized Nd-Fe-B alloy powders. It was found that a higher sintering temperature can improve the consolidation significantly, whereas it deteriorates the magnetic properties drastically due to the appearance of a large amount of α-Fe phase and the grain growth. Sintering at lower temperature can preserve the magnetic properties better, while the powders cannot be consolidated into a fully dense compact, even under the higher pressure of 75 MPa. Finer starting powder particles show similar behavior.
机译:使用火花等离子体烧结来固结结晶的Nd-Fe-B合金粉末。已经发现,较高的烧结温度可以显着改善固结,而由于大量的α-Fe相的出现和晶粒的生长,其使磁性能大大降低。在较低的温度下烧结可以更好地保留磁性,而即使在75 MPa的较高压力下,粉末也无法固结为完全致密的压块。较细的起始粉末颗粒表现出相似的行为。

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