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。
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。
Global distribution of electric potential, fields and currents in the atmosphere are calculated analytically under a given ionospheric electric potential distribution.
本文在已知电离层电位分布下，解析地计算了大气电位，电场和电流强度的全球分布。
The characteristics of foamed metal electrodes are investigated to study electric potential distribution in electrolytes on foamed metal cathodes and the mathematical models are proposed.
研究了发泡金属电极的性质，得出了描述发泡金属电极床层中宏观反应速率、反应速率随时间的变化、床层中电解液的电势分布方程式。
A uniformly charged ring is a basic model in electromagnetics and applications, and it is important to study spatial distribution of electric field and electric potential generated by it.
均匀带电细圆环是电磁学理论及应用中的基本模型，研究其产生的电场在空间的分布具有重要意义。
The electric field intensity distribution was acquired through potential gradient.
再通过电位梯度求得电场强度分布。
The potential distribution of the electric fence frxing on a reservoir's spillway to f6rbid fish escaping is discussed, the equipotential surfaces is also drawn.
本文讨论了水库拦鱼电栅的电势分布，绘出了电栅阵列的等势面。
On assumption that the surface of the conductive body is uniformly charged, the method for evaluation of the electric field and potential distribution is insignificant in practice.
假设带电体表面均匀带电，运用积分求电势、电场分布的方法，实际意义不大。
The simulation results include the distribution of the electric potential between the grids and distribution of the electric field strength, and also the distribution of Xenon ion number density.
模拟得到了栅极间电势分布、电场强度分布及栅极间氙离子数密度分布。
Some important characteristics, such as build-in electric field distribution, build-in potential distribution were calculated by poisson′equation.
利用泊松方程（零偏压时耗尽层宽度作为边界条件）积分计算出其电场分布、电势分布等重要结特性。
Some important characteristics, such as build-in electric field distribution, build-in potential distribution were calculated by poisson′equation.
利用泊松方程（零偏压时耗尽层宽度作为边界条件）积分计算出其电场分布、电势分布等重要结特性。
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