This energy is called " ionization energy."

种能量称“电离能” 。

Today, point-of-use processes usually involve ionization to lower mineral content.

今天，使用点过程通常涉及电离以降低矿物质含量。

One theory is that this is caused by a quasar ionization echo.

一种理论认由类星体电离回波引起的。

That ionization made the gas glow in colors our eyes can see.

种电离使气体发出们眼睛可以看到的颜色。

In this tube, we have an ionization chamber.

在管子里, 们有一电离室。

Second, in our explanation, we simplified the  circuitry of the smoke detector's ionization chamber.

其次, 在们的解释中, 们简化了烟雾探测器电离室的电路。

Now, when we talked about ionization energy, I think, we talked about when oxygen and water bond, right?

现在，当们谈论电离能，，们谈论的氧和水结合的间，对吗？

Just like with the ionization energy there's a discrete energy jump involved with the adding of an electron.

就像电离能一样， 有一离散的能量跃迁涉及到一电子的添加。

Assuming you've had a go at it, and it's in some ways the same idea, or it's a similar idea as ionization energy.

假设您尝试过它，并且它在某些方面相同的法，或者它与电离能的法相似。

Ask a pair of geochemists how something like this works, and they will start talking about isotopic abundances and ionization levels with an enthusiasm that is more endearing than fathomable.

要你问两位地球化学家工作怎么进行的，他们会滔滔不绝地谈到丰富的同位素、离子化程度，等等，些听上去很可爱，但不容易搞明白。

And we saw in the video on ionization energy, that's why this has a low ionization energy, it doesn't take much energy, in a gaseous state, to remove an electron from sodium.

们在有关电离能的视频中看到，就什么它具有低电离能的原因，在气态下，从钠中去除电子不需要太多能量。

Outside of this device  these electrons and positively charged atmospheric ions would eventually recombine and  become neutral, however in this contraption, called an ionization chamber, we want to use alpha  decay to help us detect smoke.

在装置之外， 些电子和带正电的大气离子最终会重新结合并变中性，然而在称电离室的装置中，们使用α衰变来帮助们探测烟雾。