Yes. High levels of polyatomic anions released in the atmosphere.

量的多原子负离子释放气中。

We got something! A huge release of anions.

有情况 量负离子释放。

Among its popular products were " negative- ion" sanitary pads that claimed to prevent menstrual cramping and cervical cancer.

该公司最受欢迎的产品之一是“负离子”卫生巾，声称可以预防经痛和宫颈癌。

They're compounds made up of positive and negative ions, usually formed when an acid reacts with a base.

它们是由离子和负离子组成的化合物，通常在酸与碱反应时形成。

Now what about the nitrate? Also anion.

那么硝酸盐呢？ 还有负离子。

You have positive ions, the protons, and you have negative ions, that's the electrons.

你有离子，也就是质子，你也有负离子，那就是电子。

Researchers are still looking for practical uses for ortho-diethynylbenzene dianion.

研究人员仍在寻找邻二乙炔基苯二负离子的实际用途。

These elements gain electrons to form those negative ions ending with " ide" .

这些素获得电子形成那些以“ide” 结尾的负离子。

These particles contain both positive and negative ions within their own unitary system, for they are of course also units in themselves.

在它们自己的系统内，这些粒子同时包含离子和负离子，因为它们本身当然也是。

668. It gives off negative ions.

668. 它释放负离子。

So we get more of the earth's negative ions, or I love to hang out on my PEMF mat too.

所以我们能获得更多的地球负离子，或者我喜欢躺在我的脉冲电磁场垫子上。

Here's a video I originally titled, " Are Negative Ions Good For You? " Which is a question nobody asked ever.

这是我最初命名为“负离子对你有好处吗？ ” 的视频，这是一个从未有人问过的问题。

Ions that have lost electrons, and therefore take on a positive charge, are cations. Whereas ones that gain electrons to become negative are anions.

失去电子并因此带电荷的离子是阳离子。而那些获得电子变成负离子的是阴离子。

The negative ions are of help, but you could not produce such conditions. But the attempt to produce advantageous conditions is in itself of help in any case.

负离子是有帮助，但你们产生不这样的条件。但试图产生有利条件本身，在任何情况下都是有帮助的。

The resulting positive and negative ions are held together by electrostatic forces a process called ionic bonding The repetitive order in which the shells are filled in each row means that elements in each column of the table.

形成的离子和负离子通过静电作用力结合在一起，这个过程称为离子键合。每行中电子壳层依次填充的重复顺序意味着表格中每一列的素。

Instead, the pressure arranged the helium and sodium into a kind of 3-D checkerboard pattern, forcing pairs of electrons to separate and basically hang out on their own in between the helium atoms, almost like a negatively charged ion without a nucleus.

相反，高压将氦原子和钠原子以类似3D立体棋盘的模式行组合，强迫电子对分开，基本上都独悬浮于氦原子之间，近似没有原子核的负离子。