So, for example if I read, what is the capacitance of biomembranes?

举个例子，如果我读到，生物膜的电容是？

NFTs, GPUs, grokking, capacitance, the tech world is full of a lot of lingo.

NFTs，GPU，悟，电容，科技界充满了大量行话。

And that will show you the elements of capacitance.

这将向你展示电容的素。

And if I pull that dielectric out then our capacitance dropped down to 0.

而且如果我把那个电介质抽出来，那么我的电容就会降到0。

The capacitance is going to be proportional to the length of the wire.

电容与导线的长度成正比。

Capacitance is unique in this way.

电容这方面是独一无二的。

But as the length of the transmission line was increased, so did its capacitance and resistance.

但随着传输线长度的增加，其电容和电阻也随之增大。

It is on electric permittivity which is best understood when you are looking at capacitance.

它涉及到电容率，当你研究电容时最容易理解这个概念。

The other two benefits are noise immunity and a reduction in parasitic capacitance of the bit line.

另外两个优点是抗干扰能力和减位线的寄生电容。

And realize, we have  now begun our journey towards determining the capacitance of an ideal parallel plate capacitor.

并且意识到，我开始了确定理想平行板电容器电容的旅程。

Well, if you have several capacitors connected in parallel, the overall capacitance of the circuit increases.

好吧，如果你有几个并联的电容器，电路的总电容会增加。

So, how can you describe the equivalent capacitance of a circuit like this?

那么，如何描述这样 的电路的等效电容呢？

And once you’ve established the geometry of the plates, the capacitance does not change

一旦确定了极板的几何形状， 电容就不会改变。

Therefore, you can factor out charge, and you’re left with the equation for equivalent capacitance of capacitors connected in series.

因此，您可以排除电荷， 剩下串联电容器等效电容的方程式。

Both the electrical capacitance tomography (ECT) and ultrasonic tomography (UT) can be used for processing imaging of gas-liquid two-phase flow.

电容层析成像（ECT）和超声层析成像（UT）都可以用于气液两相流的成像处理。

And that's why the full equation for capacitance includes a dielectric constant, K.

因此，全电容方程包含一个常数 隔离，K。

This episode is related to the structure of a touchscreen display, as well as electric fields, capacitors, and how to measure capacitance.

本期内容涉及触摸屏显示器的结构，以及电场、电容器和如何测量电容。

And you know that the charge held by each capacitor is equal to the capacitance times the voltage across each one.

而且您知道每个电容器所保持的电荷等于电容乘以每个电容器上的电压。

This input is read via a screen that measures changes in capacitance and outputs x and y coordinates of one or multiple touches.

这一输入是通过一个屏幕读取的，该屏幕测量电容的变化，并输出一个或个触点的x和y坐标。

If I want to now send it to 10,000 other friends, then all of those wires are adding tons of extra capacitance.

如果我想发送给其他10,000个朋友，那么所有这些线都会增加大量的额外电容。