DETERMINATION OF INTERACTING FORCE OF HIGHLY COERCIVE PERMANENT MAGNETS IN A MAGNETIC SYSTEM AND CALCULATION OF THE TRANSFERRING TORQUE OF A MAGNETIC COUPLING

A. Ya. Krasilnikov

首页> 外文期刊>Chemical and Petroleum Engineering >DETERMINATION OF INTERACTING FORCE OF HIGHLY COERCIVE PERMANENT MAGNETS IN A MAGNETIC SYSTEM AND CALCULATION OF THE TRANSFERRING TORQUE OF A MAGNETIC COUPLING

【24h】

DETERMINATION OF INTERACTING FORCE OF HIGHLY COERCIVE PERMANENT MAGNETS IN A MAGNETIC SYSTEM AND CALCULATION OF THE TRANSFERRING TORQUE OF A MAGNETIC COUPLING

机译：磁系统中高矫顽力永磁体的相互作用力的确定以及磁耦合传递转矩的计算

获取原文

获取原文并翻译 | 示例

掌桥外文数据库（机构版） >>

开具论文收录证明 >>

文献代查 >>

页面导航

摘要
著录项
相似文献
相关主题

摘要

A method of determining the shear force of highly coercive permanent magnets (made of alloys of the rare-earth elements samarium cobalt and neodymium ferroboron) in a magnetic system and the calculation of the transferring torque of a magnetic coupling are considered.

机译：考虑一种确定磁性系统中的高矫顽力永磁体（由稀土元素sa钴和钕铁硼合金制成）的剪切力的方法，以及计算磁耦合传递转矩的方法。

著录项

来源
《Chemical and Petroleum Engineering》 |2013年第6期|323-332|共10页
作者
A. Ya. Krasilnikov;
展开▼
作者单位

Yeltsin Ural Federal University (UrFU), Yekaterinburg, Russia;

展开▼
收录信息
原文格式 PDF
正文语种 eng
中图分类
关键词

相似文献

外文文献
中文文献
专利

1. CALCULATION OF SHEAR FORCE OF HIGHLY COERCIVE THICK PERMANENT MAGNETS PRODUCED FROM AN ALLOY OF THE RARE-EARTH ELEMENTS SAMARIUM AND COBALT IN MAGNETIC SYSTEMS AND MAGNETIC COUPLINGS OF SEALED MACHINES [J] . A.Ya.Krasilnikov, A.A.Krasilnikov, D.V.Taranov Chemical and Petroleum Engineering . 2019,第3a4期

机译：从稀土元素钐和钴磁性系统中的磁性系统和密封机磁性联轴器生产的高矫顽粗厚永磁体的剪切力
2. CALCULATION OF SHEAR FORCE OF THIN, HIGHLY COERCIVE PERMANENT MAGNETS PRODUCED FROM THE ALLOYS KS-25DTs AND Ch36R IN MAGNETIC SYSTEMS AND MAGNETIC COUPLINGS [J] . A. YA. Krasil’nikov Chemical and Petroleum Engineering . 2018,第1a2期

机译：KS-25DTs和Ch36R合金在磁系统和磁耦合中产生的薄的高矫顽力永磁体的剪切力计算
3. Calculation Of The Shear Force Of Highly Coercive Permanent Magnets In Magnetic Systems With Consideration Of Affiliation To A Certain Group Based On Residual Induction [J] . A. Ya. Krasilnikov, A. A. Krasilnikov Chemical and Petroleum Engineering . 2008,第7a8期

机译：考虑残差归纳到特定组的磁性系统中高矫顽力永磁体的剪切力计算
4. Drive and rotate a body levitated by magnetic force -nonlinear technology in magnetic levitation systems- Trend of permanent magnet and application for magnetic levitation [C] . Toshiharu Watanabe 電気学会全国大会 . 2000

机译：驱动并旋转由磁力 - 磁力技术悬浮的身体，在磁悬浮系统中的永磁体系趋势和磁悬浮的应用
5. Using the Coulombian Approach to Model 3-D Forces, Torques, and Stable Positions in a Master / Slave Permanent Magnet System [D] . Davis, James E., II 2017

机译：使用库仑方法对主/从永磁系统中的3D力，扭矩和稳定位置进行建模
6. Experimental approaches for micromagnetic coercivity analysis of advanced permanent magnet materials [O] . Satoshi Okamoto 2021

机译：高级永磁材料微磁矫铜分析实验方法
7. Determination of interacting force of highly coercive permanent magnets in a magnetic system and calculation of the transferring torque of a magnetic coupling [O] . Krasilnikov, A. Y. 2013

机译：磁性系统中高矫顽力永磁体的相互作用力的确定以及磁耦合传递扭矩的计算
8. Expanded Equations for Torque and Force on a Cylindrical Permanent Magnet Core in a Large-Gap Magnetic Suspension System [R] . Groom, Nelson J. 1997

机译：大间隙磁悬浮系统中圆柱形永磁铁芯上扭矩和力的扩展方程

DETERMINATION OF INTERACTING FORCE OF HIGHLY COERCIVE PERMANENT MAGNETS IN A MAGNETIC SYSTEM AND CALCULATION OF THE TRANSFERRING TORQUE OF A MAGNETIC COUPLING

摘要

著录项

相似文献

相关主题

期刊订阅