当它们穿行到地球的表面时，地表成了带正电的带电体。
When they travel to the surface of the Earth, the surface becomes positively charged.
它们可能反映了流星带电体与地球磁场的相互作用。
It may reflect that the meteoric charged body and the Earth's magnetic field interact with each other.
求定轴匀角速转动带电体的磁场是一类典型的静磁场边值问题。
Computation of the magnetic field, which is produced by a charged body rotating about a fixed axis, is a classical question about magnetostatic boundary-value problem.
这就是现代的自然物质组成理论——物质实际上这是带电体的组成而已。
That is the modern idea of the nature of matter. Matter is really nothing but electricity.
当穿过原子核后，我们会看到那个电子如同一个带电体朝相反的方向移动。
As we pass an atomic nucleus, to us on the electron it appears as a large charged body moving in the opposite direction.
在目前电场计算的文献中，限于计算电位参考点和各带电体间的电位差均为已知时的带电系统中的电场分布。
In current literatures methods of electric field calculations are only applicable to the case, where the potential differences between charged objects and the potential reference point are known.
可对任意形状的带电体进行防护，解决相间距的不足，用于被损坏电缆修补，电力电缆中间接头侧面密封等问题。
It Can be charged for any body shape for protection, with space to solve the shortage, for repairing damaged cable, Power cable Joints side sealing problems.
可对任意形状的带电体进行防护，解决相间距的不足，用于被损坏电缆修补，电力电缆中间接头侧面密封等问题。
It Can be charged for any body shape for protection, with space to solve the shortage, for repairing damaged cable, Power cable Joints side sealing problems.
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