So the bubble ends up with negatively charged electrons separated from positively charged molecules.

因此，气泡最终将负电的电与正电的分分离。

We haven't identified which receptors recognize the anion, or negatively charged ion, in a salt.

我们尚未确定哪些受体识别盐中的阴离或负电的离。

Each water molecule has a kind of positively charged end and a negatively charged end.

水分都有一正电的端一负电的端。

And we feed those positively charged spheres negatively charged electrons by adding formaldehyde to the mix.

同时我们通过往混合液里加甲醛给正电的球体里提供负电的电。

This is where atoms in our atmosphere break apart into negatively charged electrons and positively charged ions.

这就是大气中的原分裂成负电的电正电的离的地方。

Flowers naturally have a slight negative charge.

花卉通常微弱的负电荷。

Outside the nucleus are electrons which have a negative charge.

原核外面是负电荷的电。

It's made of positively charged sodium ions and negatively charged chlorine ions.

它由正电的钠离负电的氯离组成。

Now  let's switch to just the negatively charged plane.

现在让我们切换到负电的平面。

An object with a negative electric charge will be attracted to a positively charged object.

负电的物体会被正电的物体吸引。

The basic principle is that negatively charged electrons are attracted to positive electric fields.

基本原理是负电的电被正电场吸引。

So this negatively charged oxygen is going to be attracted to this positively charged carbon.

所以这负电的氧气会被这正电的碳吸引。

An atom consists of negatively charged electrons orbiting a positively charged nucleus at a consistent frequency.

原由负电的电以一致的频率围绕正电的原核运行。

Electrons whiz around the nucleus, their negative charge attracted by the protons' positive charge.

电绕着原核旋转，它们的负电荷会被质的正电荷所吸引。

See, a few of the molecules in water split up into positively-charged hydrogen ions and negatively-charged hydroxide ions.

看，水中的一些分分裂成正电的氢离负电的氢氧根离。

The negatively charged electron and location of the positively charged hole are now free to move around.

有负电荷的电 有正电荷的空隙现在可以自由移动了。

However, it did lead to the invention of the lightning rod and the understanding of positive and negative charges.

但是，它确实促成了避雷针的发明人们对正负电荷的了解。

It invariably carries an unconscious negative charge.

它总是有一种无意识的负电荷。

These atoms form electropositive or electronegative regions that change silicon's conductivity, creating the foundation of the transistor switch.

这些原形成了正电或负电的区域， 改变了硅的导电性，从而构成了晶体管开关的基础。

We add those coagulant and it’s positively charged while most of the dirt and bacteria are the negative charge.

我们加的沉淀剂是正电荷的，而泥土细菌是负电荷的。