antimatter
美 [ˈæntɪˌmætər] 
英 [ˈæntiˌmætə(r)]
- n.反物质（由反粒子组成）
- 网络反物质及；反物质滤镜；反物质学
英汉双解
1. | 反物质（由反粒子组成）matter that is made up of antiparticles |
英汉解释
英英解释
例句
Still, for decades, scientists had clues that a vast cloud of antimatter lurked in space, but they did not know where it came from.
不过，数十年来，科学家们发现了表明在宇宙空间中存有大量反物质的线索，但是反物质从何而来科学家们还不知道。
The question to be asked first is, that, how the Matter, the Antimatter, and the Dark Matter are created in the universe.
首先要回答的问题是，宇宙中，无质，反物质和暗物质是怎么产生的。
But this did not happen, there was a tiny deviation of one extra particle of matter for every 10 billion antimatter particles.
但是，这并没有发生，有一个微小的偏差的一个额外的物质粒子，每百点零零零亿反粒子。
From bizarre antimatter to experiments that tie light up in knots, physics has revealed some spooky sides of our world.
从奇异的反物质到把光捆扎成结的实验，物理学已经揭示了我们世界的一些幽灵般的奇异方面。
Since then, physicists have wondered why the universe seems to be dominated by matter and not antimatter.
从那以后，科学家们一直想要探明为什么宇宙看起来是有物质而不是反物质构成。
I told him I couldn't think of any reason why antimatter wasn't a plausible explanation.
我告诉他，我也觉得反物质算是个说得过去的解释。
Scientists are neither interested in creating nor able to create enough antimatter to make a world-destroying antimatter bomb.
科学家们既不会感兴趣，也不可能创造出足够的反物质来制造破坏世界的反物质炸弹。
But it's just a slight preference, and the effect is far too small to account for the observed imbalance between matter and antimatter.
但是，这仅仅是一种轻微的倾向，以至于在现实世界难以观测到物质和反物质的不平衡现象。
Since no one has been able to make these types of measurements on antimatter atoms at all, it's a good start.
然而，至今还没有人能够研究出这种类型的反物质原子的测量方法，上面的研究结果应该看做是一个良好的开端。
At the quantum scale, virtual pairs consisting of a particle and its antimatter equivalent are constantly popping into existence.
从量子层面来说，空间中一直不断出现由一个正粒子和与其对应的反物质组成的反粒子虚偶。
For instance, the antimatter opposite of an electron, known as a positron, is positively charged.
例如，电子的反物质就是带正电的质子。
But none has hung around long enough to be examined in detail because, famously, antimatter and matter annihilate each other on contact.
但他们都没有能够让反原子存在更长时间以提供细节观测，众所周知，这是由于反物质和物质在接触过程中会互相湮灭。
As well as violating CPT symmetry at times, antimatter might be affected by gravity differently than matter.
除了有时违反CPT对称之外，反物质受到重力的影响也可能和一般物质不同。
Earth is likely not the only planet that boasts antimatter-generating storms, researchers said.
看来地球不能自夸为产生反物质暴风雨的唯一星球，研究人员说。
As a result, the two opposing fields would cancel each other in a burst of energy, almost like the annihilation of matter and antimatter .
如此一来，两个反向磁场会在猛烈的能量释放中相互抵消，几乎像正反物质彼此湮灭一般。
It was only in 1932, when the electron's antimatter sibling, the positron, was sighted in cosmic rays that such a thing was found to exist.
只有当1932年与电子相反的兄弟，正电子，在宇宙射线中被发现的时候，才证明这种物质的确存在。
Antimatter cannot be the perfect opposite of matter, otherwise neither would exist at all.
反物质与物质不可能以完全对等的反状态形式存在，否则任何一方都不可能存留。
They move through the place known as Zero Point - where matter and antimatter merge to create new realities.
他们通过熟知的零点地方移动-在那里物质和反物质融合去创造新的实相。
The antimatter is left behind rather than transmuted by light due to a lack of whole and complete light wave synergy to accomplish the task.
反物质就会由于缺乏完整完全的光波协同来完成这项工作而滞留下来，而不是被光改变。
More than 200 subatomic particles have been detected so far, and most appear to have a corresponding antiparticle (see antimatter).
至今已经检测到200多种亚原子粒子，大多数都有相应的反粒子。
When a particle, such as a proton, meets with its antimatter partner, the antiproton, the two annihilate each other in a powerful explosion.
就像正质子那样的粒子，如果它与其反物质的配偶——反质子相遇，这两个粒子就会在强大的爆炸中相互湮灭。
Meson: Any member of a family of subatomic particles composed of a quark and an antiquark (see antimatter).
介子：由一个夸克和一个反夸克组成的亚原子粒子族。
Scientists have created antimatter in the form of antihydrogen, demonstrating how it's possible to capture and release it.
科学家已经创建了反氢原子形式的反物质，并证明怎样才有可能去俘获和释放它。
Antimatter is sort of like matter's evil twin.
反物质有点像物质的一个邪恶的双胞胎兄弟。
Some of the ideas being researched, like antimatter engines, depend on established physics but go far beyond current technology.
有一些想法正在被深入研究，比如说反物质发动机，它依赖于现有的物理学知识，不过技术上却远远超过现在的水平。
The antihydrogen atoms are composed of a positron (an antimatter electron) orbiting an antiproton nucleus.
反氢原子是正电子（所谓正电子就是反物质的电子）围绕着以反质子为核心，作轨道运行所形成。
That makes no sense, of course, since a photon is its own antimatter.
这使得没有任何意义，当然，因为光子是自己的反物质。
But when it comes to actual chunks of material, antimatter is simply not to be found.
不过，我们在周遭一块块实际的材料里，是找不到反物质的。
The new results give astronomers a valuable new clue and point away from dark matter as the origin of the antimatter.
新的结果给天文学家们一条有价值的新线索也不再把暗物质作为反物质的起源。
This inspires us to work that much harder to see if antimatter holds some secret.
这能激励我们更加努力的工作去发现反物质中更多的秘密。
Antimatter has been part of physics since 1927 when its existence was predicted by the British physicist Paul Dirac.
当英国的物理学家保罗迪拉克预言反物质存在的时候，从1927年以后它就成为物理学的一部份。
These experiments may really head scientists in the right direction for figuring out the antimatter-matter conundrum, Charlton said.
查尔顿说，这些实验可能真的会引导科学家朝着正确的方向去解决反物质的这个难题。
The best concepts for antimatter propulsion require that the antiprotons be collected and isolated.
至于反物质推进，最好的想法是将反质子收集起来并实施隔离。
I consider this assumption to be incorrect for all states of Matters (Matter, Dark Matter and Antimatter).
我认为对于所有状态的无质（无质，暗物质和反物质）来说，这种假设是不正确的。
When matter and antimatter meet, they annihilate, converting their mass into energy in a powerful explosion.
当物质和反物质相遇时，它们就会自动湮灭，并在强大的爆炸中把它们的质量转换成能量。
While antimatter propulsion systems are so far the stuff of science fiction, antimatter is very real.
虽然依靠反物质的推进器系统目前还只存在于科幻小说中，但是反物质是就在现实当中。
The original discovery of antimatter was a nice example of theory predicting an undiscovered fact.
反物质的独特发现是理论预示未知世界这一说法的一个极好说明。
Electromagnetic fields can store antimatter in so-called Penning traps by keeping the antimatter away from the container's walls.
电磁场通过让反物质远离所谓的“彭宁离子阱”（Penningtrap）的内壁来达到储存反物质的目的。
And while tempting, the notion of using antimatter as an alternative energy source is also impractical, Kayser said.
Kayser还指出，利用反物质作为替代能源，虽然听起来很诱人但不切实际。
Decaying subatomic particles are slightly more likely to generate matter than antimatter.
衰减的亚原子似乎更乐意形成物质粒子而不是反物质粒子。
