本文为您带来负电的英文翻译，包括负电用英语怎么说，负电用英语怎么说，负电的英语造句，负电的英文原声例

本文为您带来负电的英文翻译，包括负电用英语怎么说，负电用英语怎么说，负电的英语造句，负电的英文原声例句，负电的相关英语短语等内容。

负电的英文翻译，负电的英语怎么说？

负电的英语网络释义

... negative crystal负晶体 negative electricity负电 negative electron负电子 ...

... electron-multiplier 电子倍增器 electron-negative 负电的 electron-optical aberration 电子光学象差 ...

... minor switch 小选择器 minus electricity 负电 minus tapping 负分接 ...

负电的汉英大词典

负电[fù diàn]

• negative electricity
• 短语:
  • 负电导 {电} {半} negative conductance;
  • 负电导区 negative conductance region;
  • 负电接头 negative contact

负电的英语短语

负电的英文例句

由于这些电子都带负电荷，它们会相互排斥。

As these electrons are negatively charged they will attempt to repel each other.

带负电荷的区域非常大：数百米厚，直径达几千米。

The negatively charged region is large: several hundred meters thick and several kilometers in diameter.

带负电荷的区域很大，有几百米厚，方圆直径达几公里。

The negatively charged region is large: several hundred meters thick andseveral kilometers in diameter.

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.

当带负电和带正电的粒子流相遇时，就会形成一条连接云层和地面的完整通道。

When the negatively and positively charged streams meet, a complete channel connecting the cloud and the ground is formed.

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.

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.

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.

你有一个正电极，电子带的是负电荷。

You have a positive electrode here and the electron is charged negatively.

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.

另一半是黑色的，带负电。

The other half are black and negatively charged.

分子的负电荷，中心在哪？

Where is the center of net negative charge in this molecule?

也可以用箭头，箭头指向,带负电的一极。

Some people like to use an arrow, and the arrow points in the direction of the more electronegative end.

负电荷在运动，它们处在一个环形的轨道中。

You've got negative charge in motion, and it's in a circular orbit.

负电子将会被带到正极上去。

It will be drawn to the positive electrode.

而氯离子带负电。

And the chloride is net negative.

我必须指出，左边电极充负电,右边电极充正电。

And the way I have this configured, the left electrode is going to be charged negatively and the right electrode is going to be charged positively.

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.

这是一个偶极，有正电端也有负电端，偶极具有一定性质。

It has a negative end and a positive end and it has certain properties.

燃料电池像电池一样，有正、负电极，两极之间是电解液。

Like a battery, they use positive and negative electrodes separated by an electrolyte.

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.

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

有这个负号的原因是，我们得到一个电子后增加了一个单位负电荷。

We have the minus because we're adding a negative charge from the electron.

只是带正负电的区域总面积是大致相当的（差别不超过千百分之一）。

It’s just that the total area of sites with positive and negative charges are roughly equal (the two are typically within a fraction of a percent of each other).

我可以改变两个板子上的电压，为了论证，这个是负电，这个是正电。

And I am able to vary the voltage on the plates making this for argument's sake negative and this for argument's sake positive.

一种薄膜允许带正电的离子通过，另一种薄膜允许带负电的离子通过。

One passes positively charged ions. The other passes negatively charged ones.

电子是带负电荷的，并且，负电的值为1。6乘以10到19，库伦。

It bears a negative charge and the value of minus 1.6 times 10 to the 19 coulombs.

电子是带负电荷的，并且，负电的值为1。6乘以10到19，库伦。

It bears a negative charge and the value of minus 1.6 times 10 to the 19 coulombs.

负电的原声例句

Some people like to use an arrow, and the arrow points in the direction of the more electronegative end.

也可以用箭头，箭头指向,带负电的一极。

Now you have this situation where you have a droplet that is net negative or perhaps net positive.

现在的情况是那些液滴,可能是净负电，也可能是净正电。

So, if we think about the force that occurs between a positively and a negatively charged particle, what we have is essentially a Coulomb force, so we can describe this as a force of attraction.

一个带负电的粒子之间，的作用力,这本质上就是库伦力，我们可以把它，描述成一个引力。

It's less negatively charged than it is in its resting state.

细胞膜此时比静息状态带负电减少

When the charge is applied, if the upper plate is negative, we would expect that the negative droplet would be repelled at a rate exceeding the gravitational fall.

当电荷起作用时，如果上边的板子是负电的，我们可以期待负电的液滴会,超过重力下降速度的速度被排斥。

And the way I have this configured, the left electrode is going to be charged negatively and the right electrode is going to be charged positively.

我必须指出，左边电极充负电,右边电极充正电。

You start with O double minus, so that is oxygen plus two electrons.

你从氧二负离子，也就是氯元素带2个负电子。

The first, which I just stated, is that the deflection of that negative particle was just far and away more extreme, much, much larger than that of the positive particle. The other assumption that he made here is that the charge on the two particles was equal.

为了这么做，他又做了更多的观察,首先，像我之前已经说了，测到的负电粒子,偏转要远远,大于正电粒子,另外一个他做了一个假设。

It has a negative end and a positive end and it has certain properties.

这是一个偶极，有正电端也有负电端,偶极具有一定性质。

So, what happens if I put pluses and minuses in a gas phase?

如果我把带正电的东西和带负电的东西都放在,一个气相中，会是什么样呢？

But there's more because now I've got pluses and minuses.

但是还有别的问题,因为我现在得到了带正电的东西和带负电的东西。

that the negative particle travelled - it was deflected much, much further by those plates, what he could also assume and make the conclusion of is that the mass of that negative particle is actually larger or smaller?

因为他发现负电粒子,运动了很远,它被两块电板偏转了,非常非常远,所以他给出的结论是,负电粒子的质量,是比较大还是比较小？

Pluses attract to minuses, minuses attract to pluses.

正电吸引负电，负电吸引正电。

And, you get these tiny little negatives running around.

有一些非常小的带负电的东西在它周围运动。

Now, that rapid rise is called depolarization and the membrane is said to be in a depolarized state because it's less polarized or less negatively charged repolarized as negatively charged.

这个迅速上升过程称为去极化,我们称膜处于去极化状态,因为膜的极化程度降低了,或者说是带的负电减少了,而复极化就代表重新带上负电荷

PROFESSOR: Yeah, that's right. So, what we have here, cathode rays we now know are negatively charged particles. And, in fact, he named these negatively charged particles. Does anyone know what he named them? No, not electrons - very good guess. He named them corpuscles.

学生：负电，教授：是的,我们现在知道，阴极射线是带负电的粒子,实际上他还给这些,带负电的粒子去了一个名字,有谁知道叫什么吗？

And I am able to vary the voltage on the plates making this for argument's sake negative and this for argument's sake positive.

我可以改变两个板子上的电压,为了论证，这个是负电,这个是正电。

It bears a negative charge and the value of minus 1.6 times 10 to the 19 coulombs.

电子是带负电荷的，并且,负电的值为1。6乘以10到19，库伦。

So this is a little bit negative and this is a little bit positive, which means I could model this by drawing a dipole. This is a dipole.

这边带一点负电,这边带一点正电，这意味着我能把它表示,成一个偶极。

And the chloride is net negative.

而氯离子带负电。

This is delta minus and this is delta plus.

这边是负电，这边是正电。

It will be drawn to the positive electrode.

负电子将会被带到正极上去。

It is the minus.

这个为负电。

The second particle was deflected almost not at all. But what he could tell from the fact that there was a second particle at all, and the fact that it was in this direction, is that in addition to his negative particle, he also, of course, had a positive particle that was within this stream of rays that were coming out.

粒子的强烈信号,有着强烈的对比,第二个粒子几乎，不发生偏转，他能判断这是，第二个粒子的原因是它在这个方向,所以在出射射线中,除了有带负电的粒子外。

负电的网络释义

负电 人们把用毛皮摩擦过的橡胶棒带的电叫负电，用“-”表示。

以上关于负电的英语翻译来自英汉大词典，希望对您学习负电的英语有帮助。