Identification of the Cell Boundary Phase in the Isothermally Aged Commercial Sm(Co_(0.725)Fe_(0.1)Cu_(0.12)Zr_(0.04))_(7.4) Sintered Magnet

R. Gopalan; T. Ohkubo; K. Hono

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Identification of the Cell Boundary Phase in the Isothermally Aged Commercial Sm(Co_(0.725)Fe_(0.1)Cu_(0.12)Zr_(0.04))_(7.4) Sintered Magnet

机译：等温老化商品Sm（Co_（0.725）Fe_（0.1）Cu_（0.12）Zr_（0.04））_（7.4）烧结磁体中细胞边界相的鉴定

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The cell boundary phase of the Sm(Co_(0.725)Fe_(0.1)Cu_(0.12)Zr_(0.04))_(7.4) commercial sintered magnet in the early stage of the isothermal heat treatment at 800 deg C was identified to be the SmCo_5 phase by the nanobeam diffraction technique. This finding contradicts the recently reported conclusion that it consists of the Sm_5Co_(19) phase.

机译：在800℃等温热处理的早期，Sm（Co_（0.725）Fe_（0.1）Cu_（0.12）Zr_（0.04））_（7.4）商业烧结磁体的晶胞边界相被确定为通过纳米束衍射技术获得SmCo_5相。这一发现与最近报道的结论相矛盾，该结论包括Sm_5Co_（19）阶段。

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《Scripta materialia》 |2006年第7期|共5页
作者
R. Gopalan; T. Ohkubo; K. Hono;
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正文语种 eng
中图分类金属学与热处理;
关键词
Hard magnets; Coercivity; Transmission electron microscopy; Electron diffraction; SmCo;

机译：硬磁铁矫顽力透射电子显微镜电子衍射SmCo;

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1. Identification of the Cell Boundary Phase in the Isothermally Aged Commercial Sm(Co_(0.725)Fe_(0.1)Cu_(0.12)Zr_(0.04))_(7.4) Sintered Magnet [J] . R. Gopalan, T. Ohkubo, K. Hono Scripta materialia . 2006,第7期

机译：等温老化商品Sm（Co_（0.725）Fe_（0.1）Cu_（0.12）Zr_（0.04））_（7.4）烧结磁体中细胞边界相的鉴定
2. Crystalline and magnetic microstructures of iron-rich Sm (Co_(0.65)Fe_(0.26)Cu_(0.07)Zr_(0.02))_(7.8) sintered magnets: Isothermal aging effect [J] . Song Kuikui, Fang Yikun, Wang Shuai, Journal of magnetism and magnetic materials . 2018,第NOVa期

机译：富铁Sm（Co_（0.65）Fe_（0.26）Cu_（0.07）Zr_（0.02））_（7.8）烧结磁体的晶体和磁微结构：等温时效效应
3. Positive temperature coefficient of coercivity in Sm_(1-x)Dy_x(Co_(0.695)Fe_(0.2)Cu_(0.08)Zr_(0.025))_(7.2) magnets with spin-reorientation-transition cell boundary phases [J] . L. Liu, Z. Liu, M. Li, Applied Physics Letters . 2015,第5期

机译：自旋取向转变晶胞边界相的Sm_（1-x）Dy_x（Co_（0.695）Fe_（0.2）Cu_（0.08）Zr_（0.025））_（7.2）磁体中矫顽力的正温度系数
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机译：Sm（Co_（bal）Fe_（01）Ni_（0.12）Zr_（0.04）B_（0.04））_（7.5）熔纺带的结构和磁性
5. The Transmission Electron Microscopy Analysis on Grain Boundary Phases of Ca-La-Co M-type Sintered Ferrite Magnets [O] . Yoshinori KOBAYASHI, Tsunehiro KAWATA 2016

机译：CA-LA-CO M型烧结铁氧体磁铁晶界相的透射电子显微镜分析

Identification of the Cell Boundary Phase in the Isothermally Aged Commercial Sm(Co_(0.725)Fe_(0.1)Cu_(0.12)Zr_(0.04))_(7.4) Sintered Magnet

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