Effect of transition metal (TM) on the crystallization and the magnetic properties of Fe62Co10Si10B13Nb4TM1 melt-spun ribbons

Hyang-Yeon Kim

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Effect of transition metal (TM) on the crystallization and the magnetic properties of Fe62Co10Si10B13Nb4TM1 melt-spun ribbons

机译：过渡金属（TM）对Fe62 Co10 Si10 B13 Nb4 TM1 熔纺薄带结晶和磁性的影响

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Crystallization and magnetic behavior of melt-spun Fe62Co10Si10B13Nb4TM1 amorphous ribbon where TM = Ni, Cr, V, Pd, Pt, Ti, Ta and Zr were examined. The alloy with Pt as transition metal showed the lowest crystallization temperature of 823 K among the studied alloys. Significant increase in crystallization temperature was observed when the atomic radius of the substituted transition metal was varied from that of Pt. High Curie temperature and high saturation magnetization were recognized for the alloys containing Pd, Pt or Ti. The amorphous alloys except the alloys containing Ti or V showed good soft magnetic properties.

机译：熔纺Fe62 Co10 Si10 B13 Nb4 TM1 非晶带的结晶和磁性行为，其中TM = Ni，Cr，V，Pd检验了Pt，Ti，Ta和Zr。在研究的合金中，以Pt为过渡金属的合金的最低结晶温度为823K。当取代的过渡金属的原子半径不同于Pt的原子半径时，观察到结晶温度的显着增加。含有Pd，Pt或Ti的合金具有较高的居里温度和较高的饱和磁化强度。除含有Ti或V的合金以外的非晶态合金显示出良好的软磁性能。

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《Journal of Materials Science》 |2007年第8期|2675-2677|共3页
作者
Hyang-Yeon Kim;
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Institute for Materials Research Tohoku University Sendai 980-8577 Japan;

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1. Effect of transition metal (TM) on the crystallization and the magnetic properties of Fe62Co10Si10B13Nb4TM1 melt-spun ribbons [J] . Kim HY Journal of Materials Science . 2007,第8期

机译：过渡金属（TM）对Fe62Co10Si10B13Nb4TM1熔纺薄带结晶和磁性的影响
2. Glass formation, crystallization and magnetic properties of high-Fe Fe-metalloid (B, C, and P) melt-spun ribbons [J] . Journal of magnetism and magnetic materials . 2020,第Mara期

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3. Influence of crystallization treatment on structure, magnetic properties and magnetocaloric effect of Gd 71Ni 29 melt-spun ribbons [J] . X.C. Zhong, H.Y. Yu, Z.W. Liu, Current applied physics: the official journal of the Korean Physical Society . 2018,第11期

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Effect of transition metal (TM) on the crystallization and the magnetic properties of Fe62Co10Si10B13Nb4TM1 melt-spun ribbons

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