Then beginning from the theory of capacitance difference between air, ice and water, I made capacitance model, did plenty of capacitance experiences and attained lots of experience data.
然后从基于空气、冰和水三者电容差异的机理入手,制作电容模型,进行了大量的电容机理实验,取得了大量实验数据。
参考来源 - 利用空气、冰与水的电容特性差异进行冰层厚度自动化监测的理论与应用研究Then beginning from the theory of capacitance difference between air, ice and water, I made capacitance model, did plenty of capacitance experiences and attained lots of experience data.
然后从基于空气、冰和水三者电容差异的机理入手,制作电容模型,进行了大量的电容机理实验,取得了大量实验数据。
参考来源 - 利用空气、冰与水的电容特性差异进行冰层厚度自动化监测的理论与应用研究·2,447,543篇论文数据，部分数据来源于NoteExpress
本文首先介绍了电感及电容模型。
The model of inductor and capacitor are introduced in the first.
在回转器—电容模型中，磁路由容性电路来模拟，绕组由双端口的回转器来代替。
In this approach, magnetic paths are modeled by capacitive circuits and windings are represented by two-ports gyrator.
以线圈耦合系数和电感分布电容模型为基础，设计优化了平面螺旋电感和叠层电感。
Based on the guidelines of the distributed capacitance mode and coupling coefficient formula, the stacked and planar inductors are designed.
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