neutrino
美 [nuˈtrinoʊ]英 [njuˈtriːnəʊ]
- n.中微子
- 网络微中子；神秘的微中子；神秘的中微子
复数：neutrinos
neutrinoneutrino
中微子
中微子（ neutrino ）是奥地利物理学家泡利（ W.Pauli ）预言的一种不带电、静止质量极小或为零的中性小粒子（ 1930 ）。 H…
微中子
...0 年鲍立 (Wolfgang Pauli) 提出微中子（Neutrino）学说，以解释「贝他衰变（Beta Decay）」能量、线动量和角动量守恒的 …
神秘的微中子
热暗物质的最佳候选者是神秘的微中子（neutrino）。微中子的质量非常低，并且与四种基本力中的二者－电磁力和强力不起作 …
神秘的中微子
热暗物质的最佳候选者是神秘的中微子（ neutrino）。微中子的质量非常低，并且与四种基本力中的二者－电磁力和强力不起作 …
太阳中微子
...有最先发现异常太阳耀斑（solar flare）和太阳中微子（neutrino）的印度年轻科学家，最后还不是在自己家乡和妻子及小儿子 …
反中微子
1
Admittedly, the energy needed to produce a Cepheid-modulating neutrino beam really would be a sizeable fraction of the output of the sun.
应当承认，制造用来调整“造父变星”的中微子束所需要的能量确实将相当于太阳整体输出能量的大部分份额。
2
One of the only exceptions is the theoretical "sterile neutrino" , represented by a closed loop of string.
仅有例外之一是理论上的“惰性中微子（sterileneutrino）”，它由弦的闭合环来表示。
3
Physicists would have been most upset if the neutrino had not finally been detected.
假如微中子最终没有被探测出来，物理学家会十分苦恼的。
4
A neutrino with this energy has a good chance of producing a particle known as a W- when it passes through a detector.
当这一能级的中微子通过检测器时有很大概率产生一种被称为W-的粒子。
5
It's not for nothing that recent news of a neutrino that may have traveled . 0025% faster than light is causing such a stir.
最近关于中微子能比光快0.0025%的速度运动的消息不是闹着玩的。
6
But Plunkett says it is easy to make a mistake when trying to measure something as small as a neutrino.
但宾吉说，在试图测量中微子小时，很容易犯了一个错误。
7
The next round of experiments will clarify the form of theory needed to explain the observed neutrino masses.
下一回合的实验将会澄清，何种理论可以解释所观察到的微中子质量。
8
MiniBooNE was conceived to test the results of that earlier Liquid Scintillator Neutrino Detector (LSND) experiment.
而MiniBooNE则是为了验证这个先前的液体闪烁中微子探测器（LSND）实验的结果而进行的。
9
Specifically, the experiment detected more oscillations than would be possible if, indeed, there were only three neutrino flavors.
尤其是，如果中微子的味真的只有三种的话，这个实验发现了比它们所能产生的更多的震荡。
10
His paper, posted online to the physics arXiv preprint site on Sept. 30, is one of the first to challenge the neutrino experiment's process.
他张贴在9月30日的物理学电子预行本网站上的论文，是向对中微子实验过程的首先提出挑战中的一个。
11
This property, often called " helicity , " serves to differentiate the neutrino from its antiparticle .
这种性质通常称为“螺旋性”，可以用来区分中微子和它的反粒子。
12
When a neutron inside an atom decays, it produces a proton, an electron, and a neutrino.
原子内的一个中子衰变后会产生一个质子、一个电子和一个中微子。
13
The reality of the neutrino had to be accepted on the basis of rather indirect evidence.
不得不基于相当间接的证据来承认中微子的存在。
14
They wait for the flash of light that signals the rare occasion when a neutrino hits an ice molecule.
当一个中微子罕见地撞到一个冰分子时，探测器们等待的就是这一瞬间的闪光。
15
The decisive steps are a self-sustaining reactor and the detection of the neutrino emission from the metal-hydrides (deuterides).
决定性的下一步是建立自持发热的反应堆和探测从金属氢化物（氘化物）发射的中微子。
16
In 2012, this "quantum change" (possibly inspired by the solar neutrino problem, or not, who knows), causes the Earth's interior to boil.
在电影《2012》中，这种量子变化（天知道是不是由“太阳中微子缺失问题”带来的灵感）导致地核沸腾。
17
The W- particle will then decay in a characteristic way, leaving an unambiguous record of the neutrino's passage.
W-粒子将按其特有的方式衰变，记录下中微子的明晰轨迹。
18
To detect artificial neutrinos using existing telescopes means screening out the natural neutrino background.
采用现有的望远镜去检测人为的中微子意味着要将自然产生的中微子从背景中剔除出去。
19
Sterile neutrinos can be added to the standard model to explain the small neutrino mass.
贫瘠的微中子不能加到标准模型上来解释小微中子的质量。
20
Earth's interior in the nuclei of uranium and thorium will have been destroyed when the electrons and "anti-electron neutrino. "
地球内部的铀和钍的原子核在被破坏的时候会产生电子和“反电子中微子”。
21
This small number of neutrino events, however, has to be distinguished from flashes of Cerenkov light caused by other particles.
然而，我们必须把这些少量的微中子事件与其他粒子所引发的切仑科夫光区别开来。
22
After that, the mysteriously named Project X will push the intensity of the neutrino beam still higher.
在此之后，命名为X的这个神秘项目将使中微子粒子束强度更高。
23
What are the fundamental symmetries and absolute mass of the neutrino ?
什么是基本对称的绝对质量的中微子？
24
Through a series of complex interactions, neutrino particles are generated from this beam and stream through the Earth's crust to Italy.
在经过一系列复杂的交互作用后，中微子被制造出来并穿越地壳来到意大利。
25
It will house researchers from fields as diverse as neutrino astronomy, cosmology, seismology and atmospheric physics.
科考站将迎接来自各个领域的研究人员，研究领域涉及：微中子天文学、宇宙学、地震学和大气物理学。
26
They said they measured a subatomic particle, called a neutrino, traveling faster than the speed of light.
他们称，通过测量发现了一种叫做“微中子”的亚原子粒子，它的运动速度比光速还快。
27
But scientists in Europe claim they have recorded a neutrino particle that broke that "cosmic speed limit. "
但是，在欧洲的科学家声称他们已录得的中微子的粒子，打破了这一“宇宙速度极限。”
28
In spite of its scaled-down speed, its behavior closely parallels the relativistic behavior of the neutrino .
尽管如此，它的特性依然相当接近微中子的相对论性行为特性。
29
To observe CP -violating neutrino oscillations will be a multistage process.
观察微中子振荡中CP违逆的过程，会有很多个阶段。
30
Winkler and Kappl used the Super-Kamiokande neutrino detector to search for such high energy solar neutrinos.
Winkler和Kappl使用了超级神冈中微子探测器来搜寻这种高能太阳中微子。