本文为您带来正电荷的英文翻译，包括正电荷用英语怎么说，正电荷用英语怎么说，正电荷的英语造句，正电荷的

本文为您带来正电荷的英文翻译，包括正电荷用英语怎么说，正电荷用英语怎么说，正电荷的英语造句，正电荷的英文原声例句，正电荷的相关英语短语等内容。

正电荷的英文翻译，正电荷的英语怎么说？

正电荷的英语网络释义

... pressure e 压强，压力 positive e charge 正电荷 positive e crystal 正晶体 ...

正电荷的汉英大词典

正电荷[zhèng diàn hè]

• positive charge
• 短语:
  • 正电荷载流子 positive carrier

正电荷的英语短语

正电荷的英文例句

然后上升气流将轻盈的、带正电荷的冰晶带到云的顶部。

Then updraft wind currents carry the light, positively charged ice crystals up to the top of the cloud.

在暴风云的形成过程中，带正电荷的粒子与带负电荷的粒子相互分离。

The separation of positively and negatively charged particles takes place during the development of the storm cloud.

我要说的是，完全相反，正电荷集中在中心，在一个非常非常小的体积内。

I'm going to say, quite to the contrary, the positive charge is concentrated at the center in a tiny, tiny, tiny volume.

如果是原子质量一定，而电子很小，那么带正电荷的部分几乎占据了全部质量。

If the atom is fixed mass, and the electron is tiny, it must be the positives have all the mass.

质子是带正电荷的物质的基本粒子。

A proton is an elementary particle of matter that possesses a positive charge.

当这些负电荷距离地面不到100米时，会遇到一股来自地面的正电荷粒子流。

When a stream of these negatively charged electrons comes within 100 meters of the ground it is met by a stream of positively charged particles that comes up from the ground.

带正电荷的粒子集中在云团的顶部和底部，但中间区域形成的是带负电荷的粒子。

Concentrations of positively charged particles develop at the top and bottom of the cloud, but the middle region becomes negatively charged.

为了利用这种基质金属蛋白酶，钱博士将他的荧光染料和一些正电荷一同连接在一个小的发夹形状的蛋白质分子的一端。

To make use of the MMPs, Dr. Tsien attaches his fluorescent dye, along with some positive charges, to one side of a small hairpin-shaped protein molecule.

它们也许是带有正电荷的粒子。

They would be particles of positive charge.

其次，原子的主体是带正电荷的。

And, secondly, the bulk of the atom is positive.

我要说，正电荷不是均匀分布的。

I'm going to say that the positive charge is not uniformly distributed.

这是一个负电荷，这是一个正电荷。

This is a point that's negative, and this is the point that's positive.

那键的正电荷中心呢？

Where is the center of the excess positive charge?

正电荷在这儿，负电荷在周围。

You've got a positive charge here with a negative charge around it.

他入射的阿尔法粒子带有两个正电荷。

He shot alpha particles which have a charge of plus two.

所有电子的负电荷，等于核的正电荷。

The total negative charge of the electrons is equal to the positive charge of the nucleus.

它将是一个带着正电荷和正质量的粒子。

It will be a particle with a positive charge and a positive mass.

它是一个具有六个单位正电荷的原子核。

It's got a nuclear charge of six.

什么也没有，钠的正电荷没有被中和是。

There is nothing saying that that sodium, its positive charge has not been neutralized.

原子的质量和正电荷，大都集中在这里。

This is where most of the mass resides and the positive charge resides.

当时唯一知道的带有正电荷的粒子是质子。

The only particles of positive charge known at that time were protons.

氧原子有轻微的负电荷，而氢原子则带对应的正电荷。

The oxygen atom has a slight negative charge while thehydrogen atoms share a compensating positive charge.

当电子流通过灯泡中带正电荷的气体(质子和中子核)。

When electric currents (electrons) are passed through positively-charged gasses (protons and neutron nucleuses) inside bulbs.

而我喜欢的是111号元素，带110个正电荷。

Well, my favorite is unununium, 110+.

电子携带负电荷，而质子携带正电荷，这就是所有需要的东西。

The electrons carry the negative charge, the protons carry the positive charge.That was all that was needed.

还有在电容中，也使正电荷在一侧，负电荷在另一侧。

And remember that in a capacitor, negative charge builds on one side and positive charge builds on the other.

它仍然具有正电荷，不能说明另外一个氯，不能固定在上面。

It still has positive charge, and there is nothing saying another chloride could not stick to it.

宇宙中的任何物体都是由带有正电荷和负电荷的物质组成的。

Everything in the universe -metals, gases, dogs, doughnuts -is made of materials with positive and negative charges.

宇宙中的任何物体都是由带有正电荷和负电荷的物质组成的。

Everything in the universe - metals, gases, dogs, doughnuts - is made of materials with positive and negative charges.

宇宙中的任何物体都是由带有正电荷和负电荷的物质组成的。

Everything in the universe - metals, gases, dogs, doughnuts - is made of materials with positive and negative charges.

正电荷的原声例句

I'm going to say, quite to the contrary, the positive charge is concentrated at the center in a tiny, tiny, tiny volume.

我要说的是，完全相反，正电荷集中在中心,在一个非常非常小的体积内。

If the atom is fixed mass, the electron is tiny, It must be the positives have all the mass.

如果是原子质量一定，电子很小，带正电荷的部分几乎占据了全部质量。

So we can do this for any final charge we have, if we have a molecule that has a charge of plus 2, then all of the formal charges should add up to plus 2 and so on.

对于任意净电荷的情况,我们都可以这样做，比如假设我们有一个带两个正电荷的分子，那么所有的形式电荷加起来应该等于正二，等等。

They're lipids but they also have a charged portion, a positively charged portion which interacts with DNA.

它虽然是脂类,但一部分带有电荷,其带有的正电荷将与DNA产生静电作用

So, an energy deficit, accelerating charge, the accelerating negative charge, because it's the negatives that are orbiting the positive center.

能量的损失，加速电荷，加速的负电荷，因为这是负电荷,围绕在正电荷中心的周围。

Being and void, being and void, so now I've got my plus two little projectile coming in, and plus two zooms right through.

有和无，有和无，现在带两个正电荷的发射体进来了，两个正电荷正好穿过。

It still has positive charge, and there is nothing saying another chloride could not stick to it.

它仍然具有正电荷，不能说明另外一个氯,不能固定在上面。

So, essentially you've got a positive ball which is identical to the size of the atom.

首先你要有一个和原子差不多大小的,带正电荷的球。

And so, if we go and we draw this again, if this is the carbon here, hydrogen, hydrogen, hydrogen, hydrogen like this, then this is going to be a little bit plus.

如果我们继续，我们将再次画下这个，如果这儿是碳，氢，氢，氢，氢，就像这样，这里有些正电荷。

There is nothing saying that that sodium, its positive charge has not been neutralized.

什么也没有，钠的正电荷没有被中和是。

And, it involves a single electron orbiting a positively charged nucleus.

包含了一个单独的电子轨道,一个带正电荷的核。

This is a point that's negative, and this is the point that's positive.

这是一个负电荷，这是一个正电荷。

He shot alpha particles which have a charge of plus two.

他入射的阿尔法粒子带有两个正电荷。

And, so we have the positive charge in the center.

正电荷在中心。

The center of the delta minus is the center of the molecule.

正电荷中心在分子中心。

So where is the center of the delta minus?

正电荷中心在哪？

So, shielding happens when you have more than one electron in an atom, and the reason that it's happening is because you're actually canceling out some of that positive charge from the nucleus or that attractive force with a repulsive force between two electrons.

所以当你们在原子中有多于一个电子,屏蔽就会发生，它之所以会发生的原因是,你们实际上抵消了,一些来自原子核的正电荷,或者来自吸引力,在两个电子之间。

So, the bulk of the atom is positive.

原子的主体带正电荷。

So if we have total +2 and complete shielding -1 where that can actually negate a full positive charge, because remember our nucleus is plus 2, +1 one of the electrons is minus 1, so if it totally blocks it, all we would have left from the nucleus is an effective charge of plus 1.

抵消一个完全的正电荷,因为记住我们的原子核是,其中一个电子是,所以如果它完全挡住了它，我们从原子核中留下的，全部有效电荷就是，所以，在我们的第一个例子中,我们的第一种极端情况。

But once in awhile, one of these plus twos comes in almost on axis, and it gets whipped around by the Coulombic repulsive forces.

但是偶尔一个带两个正电荷的粒子,以接近于轴的位置进入，会快速的移动到周围,由于库仑斥力的作用。

And so we have a positive charge in the nucleus which is given by the number of protons.

在原子核上,有很多质子聚集而形成的正电荷。

It could be hydrogen, it could be helium plus, it could be lithium double plus and so on.

它可能是氢，可能是带一个正电荷的氦，也可能是带两个正电荷的锂，等等。

So, this is a positive sphere of custard, and inside are little, negative bits.

这是一个带正电荷球状的乳蛋糕，里面有一些小的负电荷的小块。

So, if I've got positive charge uniformly distributed, look at the choice. It's a brilliant experiment.

所以如果按照正电荷是均匀分布的假设来说，就会是这样的，这是一个聪明的实验。

So, I've got this tiny volume with, in the case of gold 79 plus of charge, and I've got some electrons out here somewhere, and the vast majority of the atom is nothing.

我认为这个小体积里面，比如金的79个正电荷，电子在外面的某些地方，原子里面大部分是空心的。

The molecule is net neutral, but this right end is a little bit more negative and the left end is a little bit more positive.

这分子是电中性的，但右边要带一点负电荷,而左边要带一点正电荷。

OK, so all I do is I take into account that I've got all the positive charge, whatever it is, it's a nucleus.

我做的全部是考虑,我得到所有的正电荷，无论是什么，都是一个核。

Coulomb's law says the negative will be attracted to the positive, and the atom will collapse.

库仑定律说,负电荷会被吸引到正电荷上来，原子会坍塌。

According to this theory, the atoms consist of a positively charged nucleus surrounded by a stream of electrons kept together by attractive forces from the nucleus.

根据这个理论，原子由一个带正电荷的核组成,由于来自核的吸引力,电子流围绕在核的周围。

So, I've got plus twos, zooming in at high energy against a wall of positive charge.

两个高能的正电荷,在正电荷壁垒时会遇到阻力。

正电荷的网络释义

正电荷 用丝绸摩擦过的玻璃棒所带的电荷叫做正电荷，质子是正电荷，而正电荷不一定是质子，对应的电子即是负电荷，或多或少表现出的带正电或带负电，世间万物大多为电中性 物体由原子而来，原子又由电子和原子核（中子和质子组成）而来。

以上关于正电荷的英语翻译来自英汉大词典，希望对您学习正电荷的英语有帮助。