electromagnetic tensor

Magnetic field and electric field is described by unified electromagnetic tensor .

电场和磁场可以用统一的电磁张量来描述。

Firstly , the electromagnetic tensor is proved to be covariant tensor with four-dimension . And two differentiation equations of Maxwell are proved to be covariant equations with four-dimension .

先证明电磁张量是一个四维协变张量，2个麦克斯韦微分方程是四维协变方程；

On the other hand , considering that electric field and magnetic field are different quantity in electromagnetic tensor , we think there exits a kind of coordinate-transformation : energy-velocity existing in old coordinate but not in the new coordinate .

另一方面，考虑到电场和磁场是电磁张量的不同分量，认为存在这样一种坐标变换：即原坐标系中有能量速度，而在新坐标系中无能量速度。

The electric and magnetic fields have been amalgamated into electromagnetic field tensor .

电场和磁场合并为电磁场张量。

Maxwell Electromagnetic Stress Tensor and Electromagnetic Solid Dynamics

麦克斯韦电磁应力张量和电磁固体耦合动力学

The electromagnetic field tensor for the source of field possessing both electric and magnetic charges in general relativity

广义相对论中双荷场源的电磁场张量

In this paper , the problem of electromagnetic stress tensor of the oblate spheroidal conductor in an electric field is studied .

本文研究电、磁场作用于扁球导体、磁导体上的力矩。

Two Four-vector Potential and Electromagnetic Field Strength Tensor Constructed by Them

双四维矢势及用其构造的电磁场张量

Electromagnetic Field Energy Momentum Tensor in External Region of Charged Spherical Symmetric Mass

荷电球对称质量外部区域的电磁场总能量

Analysis Electromagnetic Force by Electromagnetic Tensor

基于电磁场张力张量的电磁力分析