本文为您带来粒子的英文翻译，包括粒子用英语怎么说，粒子用英语怎么说，粒子的英语造句，粒子的英文原声例

本文为您带来粒子的英文翻译，包括粒子用英语怎么说，粒子用英语怎么说，粒子的英语造句，粒子的英文原声例句，粒子的相关英语短语等内容。

粒子的英文翻译，粒子的英语怎么说？

粒子的英语网络释义

...的能力与记忆，成为了最高阶的G级成员，而在最后一话中Lumiere使用出她的真正能力，不是仅仅控制电器、电脑,而是粒子（particle),是传说中的G级能力的拥有者特有的能力。

α粒子（alpha particle）：组成α射线的粒子，即氦原子核，由两个质子与两个中子组成。

虽然物理学家们并不知道暗物质到底是什么，但是大质量弱相互作用粒子（WIMPs）是一个候选者，科学家可以在实验室中通过直接或间接的手段探测该粒子。

... beta gauge 测量计 beta particle 粒子 bioassay 生物测定 ...

粒子的汉英大词典

粒子[lì zi]

• grain; granule

粒子的英语短语

粒子的英文例句

带电的气体粒子受磁力的影响。

The electrically charged gas particles are affected by magnetic forces.

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.

微小的粒子紧贴着种子。

Small particles adhere to the seed.

这种织物表面覆有一层抗着色污染的纳米粒子。

The fabrics are coated with nano-sized particles that repel stains.

在某些条件下，电子能像波而不是粒子那样运动。

Under certain conditions, electrons can behave like waves rather than particles.

粒子物理学家和天文学家经常合作。

Particle physicists and astronomers collaborate often.

质子是物质的一种基本粒子。

A patron is an elementary particle of matter.

整个宇宙是充满这些粒子的热辐射汤。

The whole universe was a super hot soup of radiation filled with these particles.

这些粒子干扰了地球上碳-14的形成。

The particles interfere with the formation of carbon-14 on earth.

仪器必须能充分屏蔽其他粒子的干扰效应。

The apparatus must be sufficiently shielded from the interfering effects of other particles.

当你想在磁盘上存储信息时，你可以使用磁粒子。

When you actually wanna store information on disk, you can actually use magnetic particles.

在风暴云中形成的带电粒子分散形成的结构像三明治。

The separation of charged particles that forms in a storm cloud has a sandwich-like structure.

当三条纽带织成一根“辫子”时，就产生了一个基本粒子。

A fundamental particle is created when three ribbons are joined in a "plait".

被称为离子的带电粒子沿着纳米线移动，导致它伸长、弯曲和摆动。

Charged particles called ions travel along the nanowire, causing it to stretch out in length and also bend and wiggle.

科学家们是如何探测到一种很少与其他物质相互起作用的粒子的呢？

How can scientists detect a particle that interacts so infrequently with other matter?

基本上他所做的就是拿一个很薄的金属箔，然后用带电粒子轰击它。

Basically what he did is that he took a very thin metal foil and he bombarded it with charged particles.

托尼·斯塔克在他家就建了个粒子加速器，但这样的建造有多可信呢？

Tony Stark has a particle accelerator in his home, but just how plausible is such a build?

各种物质，不论它是什么，都是由一些称为分子的很小的粒子构成的。

Every substance, no matter what it is, is composed of very small particles called molecules.

这个磁体创建一个磁场，能改变覆盖在磁盘表面的小金属粒子的极性。

The magnet creates a field that changes the polarity of a tiny, tiny portion of the metal particles which coat each platter's surface.

行星被认为是由围绕恒星旋转的气体和尘埃组成的圆盘中的粒子累积而成。

Planets are believed to emerge from the accretion of particles in a disk of gas and dust as they whirl around the star.

有人能像托尼·斯塔克那样，在他家里或小实验室建造一个粒子加速器吗?

Could someone build a particle accelerator in his home or tiny lab, like Tony Stark does?

纳米晶体，也被称为量子点，是一种直径只有百万分之一毫米的半导体粒子。

Nanocrystals, also known as quantum dots, are semiconducting particles with a diameter of a few millionths of a millimeter.

不管这些粒子沉降在哪里，它们会形成一个平面板块，一层水无法渗透的平面。

Wherever these particles settled, they formed a pan, a layer that water couldn't penetrate.

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.

碰撞的力量将大量碎片喷射到大气中，在更细的粒子落下之前，天空会变暗几年。

The force of collision spewed large amounts of debris into the atmosphere, darkening the skies for several years before the finer particles settled.

在太阳活动剧烈的时期，它会释放出带电粒子，形成快速移动的弦，称为太阳风。

During the sun's violent periods, it throws off charged particles in fast moving strings called solar winds.

地壳的形成保护了地球的内层不受太空中高能粒子的影响，降低了地幔和地核的温度。

The formation of Earth's crust protected the inner layers of Earth from the high-energy particles in space, reducing the temperatures of the mantle and the core.

相反的带电粒子聚集在一起，抵消了电的张力，释放出大量的能量，就是我们看到的闪电。

The coming together of the oppositely charged particles neutralizes the electrical tension and releases a tremendous amount of energy, which we see as lightning.

最近在该领域进行的测量和实验室模拟为带电粒子的结构的形成提供了一个颇有前景的解释。

Recent measurements made in the field together with laboratory simulations offer a promising explanation of how this structure of charged particles forms.

如果你把手指一次次地在这张软盘上滑动，你就会使这些粒子失去方向，或者可能会把它们全部敲掉。

If you just run your fingers again and again over this floppy disk, you are disorienting those particles or knocking them off perhaps altogether.

粒子的原声例句

And, so the experiment was to bombard the foil with these alpha particles, and that measure what happens to them.

因此用这些阿尔法粒子,去轰击金箔，将会发生什么事情呢。

So on your computer's hard drive are again, a whole bunch of tiny magnetic particles aligned this way or this way.

因此，你的电脑硬盘是完全是,有一簇按照这种方式排列的磁性粒子。

So, what we can do is try using the classical description of the atom and see where this takes us.

用经典力学描述原子看看怎么样,我们要考虑的是一个,带正电的粒子和。

And then, what they did is they made a map of where the particles scattered once they struck the screen.

他们做的是,绘制粒子每次散射位置的图,每当他们撞击屏幕的时候。

most chemical and biological systems aren't that simple precisely because you have to worry about many particles and their statistics and the way they might order or disorder.

大多数化学或者生物系统并不是这么简单,因为你必须担心大量的粒子,和他们的统计特性以及它们有序,和无序的情况。

Everything -- gold, silver, diamonds, particles -- everything accelerates the same way in a gravitational field, due to this remarkable fact.

所有东西,金,银,钻石,粒子,所有东西,在引力场作用下都以相同的方式加速,原因就是这个显著的事实

That's amazing, you can get atoms to smash atoms and create a chain reaction and create power-- that's a pretty amazing invention.

很惊人，你可以利用原子去做加速粒子,并产生连锁反应，然后创造能量-,那是个十分惊人的发明。

That might seem confusing if you're thinking about particles, but remember we're talking about the wave-like nature of electrons.

如果你们把它想成是一个粒子的话是很矛盾的，但记住我们这里说的,是电子的波动性。

And when you actually wanna store information on disk, can you actually use, as we'll see in a moment, magnetic particles.

当你想在硬盘中存储信息时，我们将会用到后面，我们会谈论的一种称之为磁性粒子来实现它。

Now you have a gap in your data and yet you still have some magnetic particles there that could be useful.

现在的数据中可能会有一些空白,但你仍然有一些,有用的磁性粒子。

He understood the interaction of particles of matter, and that's important to set the stage for the Rutherford experiment in Manchester about 10 years later.

他理解物质粒子之间的相互作用，这点很重要,对于10年后他在曼彻斯特搭设,用于卢瑟福实验的平台来说。

Basically what he did is he took a very thin metal foil and he bombarded it with charged particles.

简单的说他做的工作是,用一张非常薄的金属箔,然后用带电的粒子轰击它。

All right. So jumping in to having established that, yes, particles have wave-like behavior, even though no, hey're not actually photons, we can't use that equation.

好的，我们已经承认了，粒子有波动性，虽然它们不是光子，我们不能用这个方程。

So, what we're looking at here is the force when we have two charged particles, one positive one negative -- here, the nucleus and an electron.

我们现在研究的是,一正一负俩个带电粒子之间的,作用力-在这里。

Now, instead of talking about individual particles, we talk about ensembles of particles.

现在，我们不讨论单个的粒子，我们讨论粒子群。

And this spin is an intrinsic quality of the electron, it's a property that is intrinsic in all particles, just like we would say mass is intrinsic or charge is intrinsic.

自旋是电子的本征量，它是所有粒子的本征性质，就像我们说质量是本征的或者电荷是本征的。

But in fact, if you just run your fingers again and again over this floppy disk you are disorienting those particles or knocking them off perhaps altogether, depending on the medium.

事实上，如果你把手指一次次的在磁盘上面滑动,这些粒子就会变的无极性,或者把它们整个搞坏，而这取决于媒介。

What we had just done a clicker question on is discussing light as a particle and the photoelectric effect, so we're going to finish up with a few points about the photoelectric effect today.

我们刚才做得课堂表决器那个问题,是讨论光作为一个粒子以及光电效应，所以今天我们将以一些,关于光电效应的观点作为结束。

So, having other particles around that have the same energy that you could technically add up if you were adding them up like a wave, you can't do the same thing with particles, they're all separate.

所以，如果它们是波,你可以把其他的,拥有相同能量的粒子加起来，但是你不能把这些粒子加起来，因为它们是分离的。

And the reason for this, and this is a very important point about the photoelectric effect, and the point here is that the electrons here are acting as particles, you can't just add those energies together.

这个现象的原因是，这是光电效应非常重要的一个论点,这个论点就是电子,在这里是粒子行为，你不能仅仅把这些能量加在一起。

So, if instead you put your particle somewhere down here on the electric field, or on the wave, the electric field will now be in the other direction so your particle will be pushed the other way.

还有方向，所以如果,你把粒子放在这下面，电场的方向相反,粒子会朝另一个方向运动。

First of all, the majority of the alpha particles were transmitted through the screen, OK, majority, vast majority.

第一点，大部分的阿尔法粒子,全都从屏幕穿透过去了，嗯，大部分的，绝大部分的。

OK, so tiny fraction, tiny fraction of alphas, tiny fraction of incident alphas, tiny fraction of incident alphas deflected through large angles.

这一小部分，极少的阿尔法粒子，极小部分的入射阿尔法粒子，小部分的入射阿尔法粒子,以大角度偏转。

And it turns out that the Schrodinger equation is an equation of motion in which you're describing a particle by describing it as a wave.

结果是薛定谔方程,用描述粒子波动性的方式,来描述这个粒子。

And this is the familiar result from ordinary mechanics, where you're not worrying about something like entropy for a whole collection of particles.

在普通力学中，如果不关注大量粒子的熵，诸如此类的物理量的话,这就是我们通常见到的结果。

So as the particles on the disk that get the current in the read/write head moving put together millions of these magnetized segments and you've got a file.

通过读写头你就可以得到每个粒子的极性,如果把这些上百万粒子的信息,汇聚要一起就够成了一个文件。

So you're basically having a wave equation for a particle, and for our purposes we're talking about a very particular particle. What we're interested in is the electron.

所以你们主要有,一个粒子的波动方程，我们的目的是考虑一个特殊的粒子,我们感兴趣的是电子。

And that's really neat to think about, because photons, of course, are massless particles, they have no mass, so it's neat to think about something that has no mass, but that actually does have a momentum.

而且那真的不容易想明白，因为光子，当然是无质量的粒子，它们没有质量，所以这个真的不容易想明白,一些物体没有质量，但是它们事实上确实有动量。

The magnet creates a field which changes the polarity of a tiny, tiny portion of the metal particles which coat each platter's surface.

这个磁体创建一个,能改变覆盖在,磁盘表面小金属粒子的磁极。

If a proton which has no mass can behave as a particle does it follow that an electron which has mass can behave as a wave?

如果一个没质量的光子能像粒子一样,具有质量的电子能否,表现得像波一样吗？

粒子的网络释义

粒子 粒子 （particle），是指能够以自由状态存在的最小物质组成部分。最早发现的粒子是原子、电子和质子，1932年又发现中子，确认原子由电子、质子和中子组成，它们比起原子来是更为基本的物质组分，于是称之为基本粒子。以后这类粒子发现越来越多，累计已超过几百种，且还有不断增多的趋势；此外这些粒子中有些粒子迄今的实验尚未发现其有内部结构，有些粒子实验显示具有明显的内部结构。看来这些粒子并不属于同一层次，因此基本粒子一词已成为历史，如今统称为粒子。粒子并不是像中子、质子等实际存在的具体的物质，而是它们的统称，是一种模型理念。词条详细介绍了电子、原子核、介子、夸克、轻子、强子族等粒子。

以上关于粒子的英语翻译来自英汉大词典，希望对您学习粒子的英语有帮助。