Morphology control of magnetic properties in cobalt nanowires

机译：钴纳米线中磁性的形态学控制

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摘要

Conventional idea to develop permanent magnets is based on the ferromagnetic material with high magnetocrystalline anisotropy.

机译：开发永磁体的常规想法是基于具有高磁晶各向异性的铁磁材料。

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来源
《2017 IEEE International Magnetics Conference》|2017年|1-1|共1页
会议地点 Dublin(IE)
作者
H. Xu; Q. Wu; M. Yue; C. Li; H. Li;
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作者单位

Beijing University of Technology, China;

Beijing University of Technology, China;

Beijing University of Technology, China;

Beijing University of Technology, China;

Beijing University of Technology, China;

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会议组织
原文格式 PDF
正文语种 eng
中图分类
关键词
Nanowires; Cobalt; Magnetic properties; Morphology; Shape; Three-dimensional displays; Magnetic resonance imaging;

机译：纳米线;钴;磁性;形貌;形状;三维显示;磁共振成像;

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专利

1. Manipulation of morphology and magnetic properties in cobalt nanowires [J] . Chenglin Li, Qiong Wu, Ming Yue, AIP Advances . 2017,第5期

机译：钴纳米线的形貌和磁性的操纵
2. Synthesis and magnetic properties of cobalt-iron/cobalt-ferrite soft/hard magnetic core/shell nanowires [J] . Leandro Londono-Calderon Cesar, Moscoso-Londono Oscar, Muraca Diego, Nanotechnology . 2017,第24期

机译：钴 - 铁/钴铁氧体软/硬磁芯/壳纳米线的合成和磁性
3. Controlled Synthesis and Morphology-Dependent Electromagnetic Properties of Hierarchical Cobalt Assemblies [J] . Chao Wang, Xijiang Han, Xiaolin Zhang The journal of physical chemistry, C. Nanomaterials and interfaces . 2010,第35期

机译：分层钴组件的受控合成和与形态有关的电磁特性
4. Morphology control of magnetic properties in cobalt nanowires [C] . H. Xu, Q. Wu, M. Yue, IEEE Magnetics Conference . 2017

机译：钴纳米线中磁性特性的形态控制
5. Structural and Magnetic Properties of Electrochemically Grown Cobalt Nanowires. [D] . Alotaibi, Shuaa. 2017

机译：电化学生长的钴纳米线的结构和磁性。
6. ControlledLiving Nanowire Growth: Precise Control over the Morphology and OpticalProperties of AgAuAg Bimetallic Nanowires [O] . Martin Mayer, ○, Leonardo Scarabelli, -1

机译：受控纳米线的实时生长：对形貌和光学的精确控制AgAuAg双金属纳米线的性质
7. Manipulation of morphology and magnetic properties in cobalt nanowires [O] . Chenglin Li, Qiong Wu, Ming Yue, 2017

机译：控制钴纳米线的形貌和磁性

Morphology control of magnetic properties in cobalt nanowires

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