plate capacitor

Distribution of electromagnetic field between plates and electric charge surface density and current surface density on plates of a parallel plate capacitor in alternating current circuit are calculated by Maxwell ′ s equations and boundary conditions, the results are discussed

应用麦克斯韦方程和边界条件，计算了交流电路中平行板电容器极板间的电磁场、极板电荷面密度和电流面密度的分布，并对结果进行了讨论

By applying the characteristic formula of capacitance in integral form, a calculation is reasonably made on the capacitance of nonparallel-plate capacitor as well as the capacitance of coaxial nonparallel cylindrical capacitor in general use.

利用积分形式的电容特性公式，较合理地计算非平行板电容器的电容和具有相当普遍性的同轴非平行园柱形电容器的电容。

One method to calculate unparallel plate capacitor

非平行板电容器电容的又一算法

We'll discuss a general definition of the capacitance for a parallel-plate capacitor with unequal and opposite charges, regarding the definitions of the capacitance for the parallel-plate capacitor, the spherical capacitor and cylindrical capacitor, which often seen, as its special state.

本文讨论电容器的两极板带异号不等量电荷情况时，电容器电容的一般定义，从而使常见的平行板电容器、球形和圆柱形电容器电容的定义作为它的特殊情况。

The capacitance and electric field intensity of nonparallel plate capacitor are calculated according to the formula of electric field energy and capacitor.

利用电场能量和电容器的能量公式，解出非平行板电容器的电容和电场分布。

This arrangement is known as a parallel-plate capacitor.

这种装置称为平行板电容器.