1) like charges
同极性电荷
3) hetero-charge
异极性电荷分布
1.
Analysis showed that the space charge in Polyethylene which was in high voltage electrostatic field was hetero-charge.
分析得知,聚乙烯在高压静电场中的空间电荷呈异极性电荷分布,这种分布的空间电荷产生的场强和原场强叠加,增大了场强。
4) The same charges are repellent.
同性电荷相斥。
5) polarized charge
极化电荷
1.
In this paper we analyze the characteristics of a flow transducer based on polarized charge.
对基于极化电荷的流量传感器特性进行了比较系统深入的分析 ,详细讨论了荷电颗粒对测量管电势的影响 ,给出了等效测量电路 ,针对测量回路时间常数的不同情况 ,得到了质量流量与输出电势之间不同的关系式 ,并根据气固两相流的特性得出了令人满意的测量模型 。
2.
The paper introduces a method of mass flowrate measurement based on polarized charge, which is a kind of new electrostatic method.
介绍了一种新型静电质量流量测量方法 ,该方法使粉体流经预先设置的电场 ,在粉体表面产生与粉体质量流量间有一确定关系的极化电荷 。
3.
This paper analogizes the dielectric in the electric field to the electrostaic induction of conductor and discusses the distribution of the polarized charge and its electric field in the dielectric.
本文把电介质在电场中的极化，类比于导体在电场中的感应，讨论了介质中极化电荷及其电场的分布，可供教学时参考。
6) polarizing charge
极化电荷
1.
The article points out that in general conditions, D is also in connection with polarizing charges and D is also in connection with magnetizing current, and discusses the factors that D is only connection with free charges and H is only connection with conducting current.
本文指出在一般情况， D与极化电荷也有关； H与磁化电流也有关。
2.
By introducing the concept of equivalent electric charge,the image charge is well determined when the polarizing charge exists,solutions are provided for problems on electric image and electric potential in intersection of two different media,and the easy access of the solutions is exposited.
通过引入等效电荷的概念,较好地处理了有极化电荷存在时象电荷的确定,给出了两种介质交界情况下的电象及电势问题的求解,从而说明用其解决问题的方便之处。
3.
This paper introduces the item "the equivalence electric charge", does better with the polarizing charge, dicusses the definition of the electric charge when there is medium,given the resolution to the electric image under the conductor,the medium intersection and two medium intersections.
该文引入等效电荷概念,较好地处理了极化电荷,讨论了有介质时象电荷的确定,给出了导体与介质交界以及两种介质交界情况下的电么问题求解。
补充资料：荷电粒子与非荷电粒子
分子式：
CAS号：
性质：荷电粒子带电，包括电子、正电子、带电介子、质子或其他离子；非荷电粒子不带电，包括X射线、γ射线和中子。荷电粒子和非荷电粒子都可以是致电离辐射但电离方式略有不同。
CAS号：
性质：荷电粒子带电，包括电子、正电子、带电介子、质子或其他离子；非荷电粒子不带电，包括X射线、γ射线和中子。荷电粒子和非荷电粒子都可以是致电离辐射但电离方式略有不同。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条