And the example of silicon and tin oxides are an example of that.

硅和的氧物就是一个例子。

Indium-tin-oxide is the stuff they use in most mobile phone screens.

大多数手机屏幕都使用氧。

And then underneath it, that grid of indium tin oxide is charged, which creates an electric field.

然后，在氧网格下方，该网格被充，从而产生了一个。

They took a  transparent material called indium-tin-oxide, that under specific conditions can be made to  be reflective.

他们用了一种称为氧的透明材料，在特定条件下可以使其具有反射性。

But actually, hiding inside it is a very fine mesh of something called indium tin oxide.

但实际上，里面隐藏着一层由氧制成的非常精细的网格。

The power needed to effect the phase change could be fed to individual pixels by electrodes made of indium tin oxide, which is also transparent.

要激发相转变所需的能量可以由透明的氧物极向单个像素提供。

The diamond grid pattern is printed with a transparent material called indium tin oxide, or ITO, which acts as a conductor.

钻石网格图案用一种名为氧（ITO）的透明材料印刷，它充当导体。

Now, indium tin oxide has a very special quality, which is that it is able to store charge and conduct electricity.

如今， 氧拥有一种特殊性质，即它能够储存荷并导。

Adding the indium-tin-oxide electrodes is a more complicated process, but to show it can be done in principle, Dr Bhaskaran has made a single pixel this way.

加入氧物极是更为复杂的过程，但是可以从原理上展示其过程。

But our bodies actually have something in common with indium tin oxide, which is that we too are able to store charge and conduct electricity.

但人体其实与氧有相似之处，即我们也能储存荷并导。