Magnetic Properties of Neodymium -Samarium -Cobalt Alloys.

机译：钕 - 钐 - 钴合金的磁性。

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The purpose of this investigation is to determine the magnetic properties of the pseudo-binary alloy system Nd(1-x) Sm(x)Co5,in particular the variation of the magnetization and magnetocrystalline anisotropy with temperature and composition. The special interest in these variables stems from their quantative relationships to magnetic domain wall characteristics and the relationship of domain walls to RCo5coercivity,the key parameter in the development of permanent magnets. The experimental method used is based on the measurement of the magnetization parallel and perpendicular to the c-axis of single crystals of the alloy system with a vibrating sample magnetometer. Analysis of the data is made on the basis of the single-ion model of magnetic anisotropy.

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frederick,william g. d. garrett,harold j.;
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年度 1975
页码 1-126
总页数 126
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
permanent magnets; cobalt alloys; samarium; neodymium alloysanisotropy; magnetization; spectroscopy; chemical analysis; intermetallic compounds; crystal structure; coercive force; single crystals; mathematical models; magnetometers;

机译：永磁体;钴合金;钐;钕合金各向异性;磁化;光谱学;化学分析;金属间化合物;晶体结构;矫顽力;单晶;数学模型;磁力计;

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机译：与电动车辆中使用的钕 - 铁硼相比，钐 - 钴永磁铁的生命周期库存
2. Co-Fe-Nd-Sm (Cobalt-Iron-Neodymium-Samarium) [J] . V. Raghavan Journal of Phase Equilibria and Diffusion . 2004,第2期

机译：CO-FE-ND-SM（钴 - 铁 - 钕钐）
3. Influence of samarium doping on structural, elastic, magnetic, dielectric, and electrical properties of nanocrystalline cobalt ferrite [J] . Mohd. Hashim, Nehru Boda, Ateeq Ahmed, Applied Physics . 2021,第7期

机译：钐掺杂对纳米钴铁氧体结构，弹性，磁，电介质和电性能的影响
4. Comparative study of the design and development of direct drive brushed and brushless DC motors with samarium cobalt, neodymium-iron-boron and ceramic magnets [C] . Pal, S.K. . 1993

机译：drive钴，钕铁硼和陶瓷磁体的直接驱动有刷和无刷直流电动机的设计和开发的比较研究
5. Structural and magnetic properties of 2:17-type rare-earth transition-metal magnetic compounds samarium(2)iron(17)M(x) (M = aluminum, silicon) and R(2)iron(17-x)T(x) (R = yttrium, neodymium, gadolinium T = indium, cobalt, silicon, gallium). [D] . Ren, Zhiyuan. 2001

机译：2:17型稀土过渡金属磁性化合物sa（2）铁（17）M（x）（M =铝，硅）和R（2）铁（17-x）T（ x）（R =钇，钕，g T =铟，钴，硅，镓）。
6. Synthesis of Samarium-Cobalt Sub-micron Fibers and Their Excellent Hard Magnetic Properties [O] . Jimin Lee, Tae-Yeon Hwang, Min Kyu Kang, 2018

机译：mar钴亚微米纤维的合成及其优异的硬磁性能
7. Structural and magnetic properties of cobalt/palladium superlattices, ultra-thin cobalt films and manganese antimony alloys. [O] . Van Leeuwen Robert Alan. 1993

机译：钴/钯超晶格，超薄钴膜和锰锑合金的结构和磁性。
8. Phase Transformations and the Development of Magnetic Coercivity in Samarium-Cobalt Based Permanent Magnet Alloys. [R] . Rabenberg, L. K. 1983

机译：钐钴基永磁合金的相变及磁矫顽力的发展。

Magnetic Properties of Neodymium -Samarium -Cobalt Alloys.

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