对于非平行平板电容器，利用电场与电势的基本关系，求解微分方程，得到电容器的电容值。
Based on the relationship of electric field strength and electric potential, the capacity of non-parallel plate capacitor is derived from solving differential equations.
本文介绍了一台以热压胶合双层平板电容器泵浦的对称结构快放电稀有气体卤化物准分子激光器。
A fast discharge rare gas halide excimer laser with symmetric geometry pumped by glued and hot pressed capacitor is introduced.
由两层纳米管道的组成的平板就成为了一个电容器(每一层就如同一个极板)。
A sheet containing two layers of nanotubes is a capacitor (each layer ACTS as a plate).
电容器的电容取决于平板的大小以及分开的距离。
The capacitance of a capacitor depends on the size of the plates and their distance apart .
电容器的电容取决于平板的大小以及分开的距离。
The capacitance of a capacitor depends on the size of the plates and their distance apart .
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