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1·The theory and method in measuring accurately the electronic and vacuum dielectric constant of parallel plate capacitor are introduced.

介绍了用电子分析天平测量平行板电容器两极板间的静电力和真空介电常量的原理和方法。

2·When calculating the equivalent transverse loads, the edge electricfield distribution of parallel plate capacitor is studied deeply in this paper.

在计算等效横向荷载的过程中，作者对平行板电容器的边缘电场分布做了深入地研究和大量计算。

3·The theory and method of measuring the electrostatic force and the permittivity of vacuum in parallel plate capacitor by electronic balance are introduced.

介绍了用电子秤测量平行板电容器两极板间的静电力和真空电容率的原理和方法。

4·Based on the relationship of electric field strength and electric potential, the capacity of non-parallel plate capacitor is derived from solving differential equations.

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。

5·A fluid level sensor comprises a parallel plate capacitor coupled to an integrated circuit located in the bottom of an oil pan or other receptacle in which fluid level is being sensed.

本发明公开了一种液面传感器，其包括与位于需要检测液面的油盘或其它容器的底部中的集成电路耦连的平行板电容器。

6·This arrangement is known as a parallel-plate capacitor.

这种装置称为平行板电容器。

7·This arrangement is known as a parallel-plate capacitor .

这种装置称为平行板电容器。

8·The results showed that the spherical capacitor could produce the largest forces whilst parallel-plate capacitor smallest.

结果表明：球形电容器产生的弹力最大，平行板电容器产生的弹力最小。

9·This arrangement is known as a parallel - plate capacitor.

这种装置称为平行板电容器。

10·Specifically, in a parallel-plate capacitor, the circuit is composed of two conductive surfaces with an insulator (glass) between them.

具体地说，在平行板电容器中，电路是由两个导电表面与它们之间的绝缘体（玻璃）构成。