1) Electrostatic induction current
静电感应电流
2) electrostatic induction
静电感应
1.
This paper adopts the charge simulation method to calculate the level of electrostatic induction in a complete facitities and tight structure of a certain 500 kV ultra-high voltage substation on overall placement.
用模拟电荷法对一个全设备、紧凑结构500 kv超高压电站的静电感应水平进行了全方位计算,计算结果与定性分析基本相符。
2.
The relation between work and energy in the electrostatic induction are discussedand the 1/2 - factor in the formula of electrostatic interaction energy when the inductiveinteraction exists are studied.
论述了静电感应中的功能关系，详细分析了有感应作用存在时，静电互能公式中因子1／2的由来。
3.
Using three equivalent principle of spherical live object in its state of electrostatic balance,this paper calculates the electric potential of spherical live object space,with which student get a deeper understanding of the physical potential of electrostatic induction phenomenon.
利用球形带电体在静电平衡状态下的 3个等效原则 ,求解球形带电体空间的电位 ,加深学生对静电感应现象的物理实质的理解 。
3) static induction
静电感应
1.
Research on non-contact voltage sensor based on static induction technology;
基于静电感应技术的非接触式电压传感器特性研究
4) influence electricity
感应[静]电
5) electrostatic induction energy
静电感应能
6) induced current
感应电流
1.
Algorithm of dynamic induced current electrical impedance tomography based on simulation phantom;
动态感应电流电阻抗断层成像的算法仿真
2.
Design of coils in induced current electrical impedance tomography;
感应电流EIT中激励线圈的设计
3.
Calculation of induced current in human body by power frequency magnetic field;
架空线下交变磁场在人体中的感应电流计算
补充资料：静电感应
| 静电感应 electrostatic induction 导体受带电体影响使其表面不同部分出现正、负电荷的现象。在带电体产生的外电场的影响下，导体内的自由电子定向漂移，使导体两端出现正、负电荷，并产生附加电场。当附加电场与外电场在导体内部处处抵消，即导体内部处处总电场为零时，达到静电平衡。若导体原来不带电，则两端的感应电荷等量异号，代数和为零；若导体原来带电，则两端感应电荷的代数和应等于导体原来的电量。 导体的静电平衡条件是其内部场强处处为零，故电荷只能分布在导体表面（确切地说是分布在很薄的表面层），整个导体是等势体，表面是等势面，导体表面外附近的电场强度的方向与表面垂直，场强的大小与该处的面电荷密度成正比。 |
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