2018
DOI: 10.1016/j.jmmm.2017.08.083
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Improvement of coercivity in Nd-Fe-B nanocomposite magnets

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Cited by 6 publications
(3 citation statements)
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“…The existence of three peaks at different temperatures marks the Magnetic transition phases as a function of temperature. The thermomagnetic study carried out by T.Saito [23] on the nanocomposite Fe 77.5 Nd 4 B 18.5 has identified three magnetic transition peaks around 580 °C which is close to the curie temperature of the Nd2Fe14B phase, 780 °C assumed to correspond to the Fe 3 B phase and 1050 °C which is supposed to correspond to the curie temperature of the αFe phase.…”
Section: Fig7: Dsc Curves For 20 Hours Of Milling With a Speed Of 20 ...mentioning
confidence: 97%
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“…The existence of three peaks at different temperatures marks the Magnetic transition phases as a function of temperature. The thermomagnetic study carried out by T.Saito [23] on the nanocomposite Fe 77.5 Nd 4 B 18.5 has identified three magnetic transition peaks around 580 °C which is close to the curie temperature of the Nd2Fe14B phase, 780 °C assumed to correspond to the Fe 3 B phase and 1050 °C which is supposed to correspond to the curie temperature of the αFe phase.…”
Section: Fig7: Dsc Curves For 20 Hours Of Milling With a Speed Of 20 ...mentioning
confidence: 97%
“…9) evolves towards the elimination of the magnetic appearance. After 600 ° C, the remaining magnetic field corresponds to the soft magnetic phase Fe3B (Tc = 780 ° C) and αFe (Tc = 1050 ° C) [23]. ) and an increase in microstructure (2.07%) after 20 hours of milling.…”
Section: Fig7: Dsc Curves For 20 Hours Of Milling With a Speed Of 20 ...mentioning
confidence: 99%
“…Due to the variety of factors affecting the durability of magnetic structures, solid magnets RE-M-B are the most desirable form of hard magnetic materials. The addition of binder and/or porosity is the reason for the decrease in the magnetic properties of the material, especially its coercivity and remanence [4,5]. Great popularity also acquire magnetic composites, where components are powder based on alloy with magnetic properties (e.g.…”
Section: Introductionmentioning
confidence: 99%