1·The electric field was simulated by electric potential equation.
电场由电势方程近似反映，只考虑周向自感应磁场。
2·Electric potential is the potential energy of electrons at a certain point.
电势表示的是电子在某点的势能。
3·The pressure in water in the pipe may be compared to the electric potential.
水管中水的压力可以比喻成电势，或者说可以与电势相提并论?。
4·Objective To observe the sterilizing effect of acidized electric potential water.
目的对酸化电位水消毒效果进行临床观察。
5·The electric potential and the field of point charge are resolved with a special function.
利用特殊函数求解电势、电场，计算了点电荷与磁偶极子相互作用的电磁角动量。
6·The approximate electric potential fields and the longitudinal geometric factors are given.
给出了近似电位场和纵向几何因子。
7·Eventually, it debates how to superpose the electric potential when the zero point is different.
最后讨论零点不同的电势如何进行叠加。
8·Objective To study the influence of white matter anisotropic conductivity on scalp electric potential distribution.
目的研究脑白质各向异性电导率对头皮电位分布的影响。
9·There is voltage to ground between ground part of electric equipment and point of zero electric potential of earth.
电气设备的接地部分与大地零电位点之间存在对地电压。
10·This article discussed that the filament current and accelerate voltage adjust ways to determine electric potential.
文章讨论了在逸出电位测定过程中两种灯丝电流和加速电压的调节方法。
1·Objective To study the influence of white matter anisotropic conductivity on scalp electric potential distribution.
目的研究脑白质各向异性电导率对头皮电位分布的影响。
2·This article discussed that the filament current and accelerate voltage adjust ways to determine electric potential.
文章讨论了在逸出电位测定过程中两种灯丝电流和加速电压的调节方法。
3·An equation between the equivalent capacitance and the electric potential coefficients of the system of conductors is given and the equation makes the calculation of the equivalent capacitance easier.
导出了导体系任二导体间的等效电容和导体系的电位系数之间的一个关系式，使用此式可方便地计算导体系任二导体间的等效电容。
4·Capacitivity -Coupled Resistivity (CCR) Method is a new geophysical exploration method, which uses capacitor to supply current to underground and measures coupled electric potential as well.
电容耦合电阻率法（CCR）是一种新颖的物探方法，它利用电容向地下供电，并利用电容来测量地表耦合电位。
5·The method to determine the electric potential distribution in the electron cloud by measurements of the ion current is discussed.
文中还讨论了通过测量离子电流确定电子云中电位分布的方法。