这个粒子 英语是什么意思 - 英语翻译

• this particle

在 中文 中使用 这个粒子 的示例及其翻译为 英语

这个粒子是我的最爱之一。
This particle is one of my favorites.

这个粒子来自一个填满所有空间的无形场.
This particle originates from an invisible field that fills up all space.

这个粒子来源于一个填满所有空间的无形场.
This particle originates from an invisible field that fills up all space.

他称这个粒子为“Elektron”。
He called these particles"electrons".

因此，这个粒子就命名为“J/ψ”。
The particle is referred as the j/psi particle..

在这个粒子动力学框架内，我们能够获得真正详细的信息。
Within this particle dynamics framework, we were able to get really detailed information.”.

出于某种原因，这个粒子似乎也不同意长“o”的声音，就像“不”。
For some reason, this particle also seems to disagree with long“o” sounds, just like“no.”.

这个粒子必须是玻色子，这是一种携带力的粒子，它的质量大约是1700万电子伏。
This particle has to become boson, which is the type of particle that carries the force, and its mass will be about 17 million electron volts.

这个粒子加速器的周长将近2000公里，将比LHC大约75倍，数百万倍的强大。
With a circumference of almost 2000 kilometres, this particle accelerator would have been around 75 times bigger than the LHC, and millions of times more powerful.

这个粒子提供了四个选项-两个成像和治疗，”Joshi说。
This particle provides four options- two for imaging and two for therapy,” Joshi said.

这个粒子可以被任何人使用，它可能是提问的最常见方式。
This particle can be used by anyone, and it's probably the most common way to ask a question.

在这个量子版本的躲猫猫游戏中，我们要问一个最基本的问题：“这个粒子在哪里？”.
In this quantum game of peek-a-boo, we're going to ask the most straightforward question you can imagine:“where is this particle?”.

结果，许多物理学家得出结论，没有任何证据证明这个粒子是真实的。
As a result, many physicists concluded that there was no good evidence to prove this particle was real.".

使用这个粒子，它似乎不会用于长“o”声。
With this particle, it seems like it isn't used with long“o” sounds.

有了这个粒子，似乎它没有用于长“o”声音。
With this particle, it seems like it isn't used with long“o” sounds.

现在，您决定问这个粒子的一个关键问题，“它在哪里?
Now, you decide to ask a critical question of this particle,"where is it?"?

Wa（わ）：这个粒子只供关西地区的女性和身材魁梧的男人使用，没有人敢打。
Wa(わ): This particle is only used by women and big burly men from the Kansai region that no one would dare to fight.

CMS和ATLAS已经比较了这个粒子的自旋奇偶性的许多选项，并且这些选项都不喜欢旋转和正奇偶校验.
CMS and ATLAS have compared a number of options for the spin-parity of this particle, and these all prefer no spin and positive parity.

想象把一个粒子放在盒子里，根据经典物理学（和常识），这个粒子应该永远呆在盒子里。
According to classical physics(and common sense), that particle should stay in that box forever.

在分析了“异常凸起”，并与之前的实验结果相比对以后，他们认为这个粒子可能是一种“疏质子X玻色子”（protophobicXboson）。
After analysing the anomaly and looking for properties consistent with previous experimental results, they concluded that the particle could instead be a“protophobic X boson”.

但是当这种能量被包装成一个质子的时候，只有不到一万亿分之一的蚊子，这个粒子的能量密度变得巨大。
But when that energy is packed into a single proton, less than a trillionth the size of a mosquito, that particle's energy density becomes enormous.

由于这个粒子具有角动量，只有当黑洞的最大势能满足小于(e2-1)/2{\displaystyle(e^{2}-1)/2}时才能捕获它。
Because this particle has angular momentum, it can only be captured by the black hole if the maximum potential of the black hole is less than( e 2- 1)/ 2{\displaystyle(e^{2}-1)/2}.

汤普森发现的这个粒子叫电子。
This particle that Thompson discovered is now known as the electron.

他称这个粒子为“Elektron”。
He called these negative particles“electrons.”.

他们只是觉得，根据他们的数据，没有必要假定这个粒子的存在。
They just felt that, based on their data, there was no need to postulate existence of this particle.".

但在量子力学中，这个粒子可能在你下次观察它的时候跳出盒子。
But under quantum mechanics, that particle can simply be outside the box the next time you look.

正如CMS发言人JoeIncandela今天指出的，这个粒子是目前发现的最重的玻色子。
That, as CMS spokesperson Joe Incandela pointed out today, makes this particle the heaviest boson ever found.

因此，这个粒子就命名为“J/ψ”。
This particle was given the name J/ψ.