弱力 英语是什么意思 - 英语翻译

• weak force

在 中文 中使用 弱力 的示例及其翻译为 英语

弱力是放射性衰变的力量。
Force is the force of radioactive decay.

尽管如此，弱力似乎确实服从CP联合对称。
Nevertheless, it seemed that the weak force did obey the combined symmetry CP.

弱力是放射性衰变的力量。
The weak force is the force of radioactive decay.

尽管如此，看来弱力确实服从CP联合对称。
Nevertheless, it seemed that the weak force did obey the combined symmetry CP.

弱力：四种基本力中仅次于重力的第二种最弱力，范围很短。
The second weakest of the four fundamental forces, after gravity, with a very short range.

这一涉及中微子和弱力的发现导致教科书被重写。
This discovery involving neutrinos and the weak force caused the textbooks to be rewritten.

但史密斯说，每1万或10万次散射中，有一个散射会通过弱力发生。
But for every 10,000 or 100,000 scatterings, Smith said, one happened via the weak force.

大统一理论（GUT）：一种统一电磁、强和弱力的理论。
Grand unified theory(GUT): A theory which unifies the electromagnetic, strong, and weak forces.

另外，强力、弱力和电磁力的基础是更加抽象的规范对称性。
And the strong, weak, and electromagnetic forces are based on the more abstract gauge symmetry principles.

先前的研究发现，一个完全没有弱力的宇宙仍然可以居住。
Earlier research found that a universe where the weak force is completely absent, is still habitable.

同样，胶子和弱规范玻色子分别是强力和弱力的信使粒子。
Similarly, the gluons and weak gauge bosons are the messenger particles for the strong and weak nuclear forces.

先前的研究发现，一个完全没有弱力的宇宙仍然可以居住。
Previous research found that a universe where the weak force is entirely absent could still be habitable.

所以电磁力和弱力在这个二维空间中通过粒子载荷的图案表示出来.
So the electromagnetic and weak forces are described by this pattern of particle charges in two-dimensional space.

在宇宙的历史中的夸克時期，电弱力分割成电磁力和弱力。
In the history of the universe, during the quark epoch, the electroweak force split into the electromagnetic and weak force.

电磁力和弱力通过超荷和弱荷与物质相互作用从而形成这一图案.
The electromagnetic and weak forces interact with matter according to their hypercharge and weak charge, which make this pattern.

在宇宙的历史中的夸克时期，电弱力分割成电磁力和弱力。
In the history of the universe, during the quark epoch, the electroweak force split into the electromagnetic and weak force.

具有较强弱力的宇宙会有更多氦-3的恒星，氦-3是一种氦原子，原子核中缺少一个中子。
Universes with a stronger weak force would have stars with more helium-3, which is a helium atom missing a neutron from its nucleus.

还有一种十分微弱的力很直接的叫做弱力这个力只和左旋的物质相作用.
There is also a very weak force called, rather unimaginatively, the weak force, that interacts only with left-handed matter.

但是你感觉不到他们，因为弱力这个名字不是白起的非常短暂非常微弱所以它们可以直接穿过你.
But you don't feel them, because the weak force is correctly named-- very short range and very weak, so they just fly through you.

插入已知的弱力强度，调节这个过程，你可以计算迟到了今天应该存在多少遗物WIMP。
Plug in the known strength of the weak force, which mediates this process, and you can calculate how many relic WIMPs should exist today.

现有的三种中微子会通过弱力（宇宙四大基本力量之一）和重力与物质相互作用。
The existing three flavours of neutrino would interact with matter through the weak force(one of the four fundamental forces of the Universe) and gravity.

实际上，在三种已知的亚原子力（电磁力和强弱核力）中，中微子只感受到弱力。
In fact, of the three known subatomic forces(electromagnetism and the strong and weak nuclear forces), neutrinos feel only the weak force.

他近期的研究工作致力于寻找四种基本力（重力、电磁力、强力和弱力）之外的新力。
His recent work has been to look for new forces beyond the four fundamental forces, i.e. gravity, electromagnetic, strong and weak forces.

如果弱力有一点点偏差那么就不能形成星球内部稳定的氧和碳宇宙里就不会存在任何星球.
If the weak force had been a little bit different, then carbon and oxygen wouldn't be stable inside the hearts of stars, and there would be none of that in the universe.

虽然电磁力被认为是四大基本作用力之一，在高能量中弱力和电磁力是统一的。
Although electromagnetism is considered one of the four fundamental forces, at high energy the electroweak force and electromagnetism are unified.

具有较强弱力的宇宙会有更多氦-3的恒星，氦-3是一种氦原子，原子核中缺少一个中子。
Universes with a stronger weak force would have stars with more helium-3, a helium atom is missing a neutron from the nucleus.

高能粒子物理在1970年代与1980年代的观察确认了弱力与电磁力是由更基础的电弱相互作用来表示。
High-energy particle physics observations made during the 1970s and 1980s confirmed that the weak and electromagnetic forces are expressions of a more fundamental electroweak interaction.

如今，费曼（Feynman）图表用于计算跨越强力、弱力和电磁力的每个基本相互作用，包括在高能和低温/浓缩条件下。
Today, Feynman diagrams are used in calculating every fundamental interaction spanning the strong, weak, and electromagnetic forces, including in high-energy and low-temperature/condensed conditions.