1.
ANALYSIS OF SECULAR VARIATIONS OF NON-DIPOLE GEOMAGNETIC FIELD IN EAST ASIA
东亚地区地磁非偶极场长期变化的分析
2.
The dipole part of the field is usually aligned fairly closely with the Earth's rotation axis;
磁场偶极部分通常相当紧密地与地球自转轴排列在一起；
3.
The magnetic leakage field distribution above linear defects of a tube sample under the geomagnetic field was modeled according to magnetic dipole theory.
利用磁偶极子理论，建立稳恒微弱地磁场作用下管类试件线状缺陷段产生的漏磁场模型。
4.
There are also smaller, non-dipolar structures in the Earth's field, which change locally and very slightly on a century timescale.
在地球磁场中也有较小的非偶极结构，它在一个世纪的时间尺度L会发生局部的和非常轻微的变化。
5.
(physics) a current loop gives rise to a magnetic field characteristic of a magnetic dipole.
（物理学）一个电流循环引起磁场出现磁偶极。
6.
the torque exerted on a magnet or dipole when it is placed in a magnetic field.
当放在磁场中施加在一个磁铁或偶极上的力矩。
7.
Calculating the Magnetic Field of a Magnetic Dipe by Biot-Savarts Law;
用毕奥-萨伐尔定律计算磁偶极子的磁场分布
8.
On Interaction Energy and Mutual Force of Magnetic Dipole and Magnetic Field;
磁偶极子与磁场的相互作用能与相互作用力
9.
Magnetic Dipole s Interaction Energy and Potential Energy in Outer Magnetic Field;
磁偶极子在外磁场中的相互作用能和势能
10.
Magnetic Field Created by Magnetic Dipole beyond the Mid-vertical plane Using the Reciprocity Principle;
用互易~[1]法求磁偶极子中垂面远处的磁场
11.
The Simpler Way to Count Magnetic and Electronic Fields of Even Polar;
计算偶极子磁场与电场的一种简捷方法
12.
SO(2) Duality Theory of Electric Dipole and Magnetic Dipole Radiation;
电偶极和磁偶极辐射的SO(2)对偶理论
13.
The fundamental magnetic entities are magnetic dipoles.
基本的磁体是磁偶极子。
14.
An Analysis on Magnetic Dipole Model of TbCo Non-crystalline Film of Perpendicular Magnetic Anisotropy;
TbCo非晶薄膜垂直各向异性的磁偶极模型分析
15.
When measured at the surface, the dominant structure of this field is called the dipole, which most of the time is roughly aligned with the earth's axis of rotation.
在地表进行测量时，这个磁场最显著的结构是偶极，多数时候与地球自转轴大致平行。
16.
The computation of the AM field of a ship using the AC electric dipole
舰船交变电偶极子模型产生的交变磁场计算
17.
The EM Fields Produced by a Moving Horizontally-Directed Time-Harmonic Dipole in Two-layer Media
两层介质中运动水平时谐偶极子产生的电磁场
18.
The near and far field properties of line current of arbitrary shape is demonstrated in this example.
本例以赫芝电偶极电磁场合成之近似结果，验证偶极天线远场及近场之特性。