Magnetic properties of Nd–Fe binary alloys produced by a metallic mold casting method

Abstract

Articles you may be interested inMicrostructure and magnetic properties of sintered Nd-Fe-B magnets with high hydrogen content J. Appl. Phys. 109, 07A734 (2011); 10.1063/1.3563082 Crystallization behavior and magnetic properties of the low rare-earth content (Nd=6 at. %) Nd-Fe-Co-V-B nanocomposite magnet ribbons prepared by rapid quenching method

Extraction of Sm from Sm–Fe alloys by the glass slag method

“…The Sm-Fe master alloy has fine grains. This is due to the relatively high solidification rate of the metallic mold casting [14]. On the other hand, large dendrites are seen in the microstructure of the metallic specimen produced by the glass slag method.…”

The Extraction of Sm from Sm-Co alloys by the Glass Slag Method

“…This is due to the relatively high solidification rate of the metallic mold casting. 14) On the other hand, large dendrites are seen in the microstructure of the Sm-Co alloy produced by the glass slag method. In order to examine the differences in the microstructure, detailed microstructural studies of both the Sm-Co master alloy and the Sm-Co alloy produced by the glass slag method were made by EPMA.…”

Magnetic properties of Sm5Fe17-based magnets produced by spark plasma sintering method

“…The Sm-Fe melt-spun ribbons were successfully consolidated into bulk materials by the SPS method regardless of the Sm content. For instance, the density of the Sm 22.5 Fe 77.5 magnets was 7.23 g/cm 3 (approximately 91% of the ingot density). Virtually the same density was obtained from the other Sm-Fe magnets produced by the SPS method.…”

“…The Nd 5 Fe 17 phase is a new stable ferromagnetic phase in the binary Nd-Fe system [1][2][3]. Although the Nd 5 Fe 17 phase has a high saturation magnetization of 1.61 T at 4 K and a Curie temperature above 500 K, it does not possess c-axis anisotropy, which is essential for permanent magnet materials [4].…”