的基本粒子 英语是什么意思 - 英语翻译

• fundamental particle
• elementary particles
• elementary particle
• fundamental particles

在 中文 中使用 的基本粒子 的示例及其翻译为 英语

为俘获这些微小的基本粒子，科研人员已潜入地下深处。
To catch these minuscule elementary particles, researchers have moved underground.

大自然拥有这么多的基本粒子是多么奇妙啊.
And it seems strange that nature would have so many elementary particles.

它们是最早被发现的基本粒子。
It was also the first fundamental particle discovered.

这就解释了所有的我们所看见的基本粒子。
And that would be what explains all these elementary particles that we see.

但对于我们而言，中微子是最令人惊奇的基本粒子。
But to me, the neutrino is the most amazing fundamental particle.

这也是第一个被发现的基本标量粒子。
It was also the first fundamental particle discovered.

他没有引入像电子那样的基本粒子，而是希望它们能以某种方式从他的方程出现。
He didn't introduce elementary particles like the electron, hoping that they would somehow emerge from his equations.

虽然该发现意义重大--即确定了这是一种新的基本粒子--它还没有严格地确认了是希格斯玻色子。
While the discovery is significant- this is a confirmed new fundamental particle- it is not strict confirmation of the Higgs boson.

它成功地描述了迄今为止我们在实验室里观察到的所有基本粒子和力--除了引力，”狄克森说道。
It has successfully described all elementary particles and forces that we have observed in the laboratory to date-- except gravity," Dixon told LiveScience.

轻子是构成物质的基本粒子之一，即其无法被分解为更小的粒子。
A photon is an elementary particle, meaning that it cannot be broken down into smaller particles..

中微子是电中性的、实际上无质量的基本粒子，它们可以不受阻碍地穿过数千米的铅。
Neutrinos are electrically neutral, virtually mass-less elementary particles that can pass through miles of lead unhindered.

理论表明,每一个所谓的基本粒子有一个微小的振动,一维循环的弦。
The theory suggests that each so-called fundamental particle contains a tiny, vibrating, one-dimensional loop of string.

粒子物理标准模型非常成功地描述了我们所知的基本粒子以及它们之间的相互作用。
The Standard Model(SM) has been very successful in describing the elementary particles and the interactions among them.

年4月1日，科学杂志《发现》称科学家已找到了一种全新的基本粒子：大子（Bigon）。
In April 1996, Discover Magazine reported that physicists had discovered a new fundamental particle of matter: the bigon.

光子，一个没有实际尺寸的基本粒子，无法被分割，只能被创造或摧毁。
An elementary particle without a real size That can't be split, only created or destroyed.

所有原子核，与构成它们的基本粒子一样，都有一个量子力学性质，称为自旋（spin）。
All atomic nuclei, like the fundamental particles that make them up, have a quantum-mechanical property called spin.

特定的基本粒子从早期宇宙的无定形状态中产生,并通过离散力相互作用。
Specific fundamental particles emerge from the formlessness of the early universe and interact with one another via discrete forces.

因此，如果我们找到一个新的基本粒子，它将是物理学的一个突破。
So if we find a new elementary particle, it will be a breakthrough in physics.

物理学家希望，微小的异常间题要能揭示此前未知的基本粒子。
Physicists hope that slight anomalies could reveal previously unknown elementary particles.

年4月1日，科学杂志《发现》称科学家已经找到了一种全新的基本粒子：大子（Bigon）。
In April 1996, Discover Magazine reported that physicists had discovered a new fundamental particle of matter: the bigon.

然而，物理学家发现，质子--构成宇宙中大部分可见物质的基本粒子--内部的压力甚至比中子星更高。
Yet as it turns out, protons- the fundamental particles that make up most of the visible matter in the universe- contain even higher pressures.

标准模型是量子电动力学工作的概括，包括所有已知的基本粒子及其相互作用（重力除外）。
The Standard Model is a generalization of the QED work to include all the known elementary particles and their interactions(except gravity).

光子，一个没有实际尺寸的基本粒子，无法被分割，只能被创造或摧毁。
A photon, an elementary particle without a real size, cannot be split, only created or destroyed.

年4月1日，《发现》杂志报道说物理学家发现了一种新的基本粒子：大子（Bigon）。
In April 1996, Discover Magazine reported that physicists had discovered a new fundamental particle of matter: the bigon.

但是，仍然可能的一种解释是一种称为轴子的假想基本粒子。
But one explanation that's still possible is a hypothetical elementary particle called an axion.

但是，核力几乎不能作用于原子核之外，表明传递这种力的应当属于质量最大的基本粒子之列。
But the nuclear forces barely reach across an atomic nucleus, suggesting that their carriers should be among the most massive of elementary particles.

它没有被纳入标准模型，尽管物理学家怀疑它可能有一个相关的基本粒子，这将被称为引力子。
It isn't incorporated into the Standard Model, though physicists suspect that it could have an associated fundamental particle, which would be called the graviton.

物理学家希望，微小的异常现象能够揭示此前未知的基本粒子。
Behave Physicists expect minor anomalies to reveal previously unknown elementary particles.

除了希格斯玻色子之外，大型强子对撞机（LHC）还没有发现任何新的基本粒子。
Besides the Higgs-boson, the LHC has not found any new elementary particle.".

中子是在物质中几乎每个原子的原子核中发现的基本粒子，它们不带净电荷。
Neutrons are elementary particles that are found in the nucleus of almost every atom in matter, and they do not carry a net charge.