quarks
美 [kwɑrk] 
英 [kwɑː(r)k]
词形变化
复数：quarks
英汉解释
英英解释
例句
In some cases other particles that consist of two or three quarks can be obtained in the result of the collision.
在某些情况下，一些拥有2个或3个夸克的粒子将可能在对撞后被获取。
There is a lesson to be drawn from all this but it has nothing to do with cheese, moons or quarks.
从所有这些内容中确实可以学到一个教训，但它与奶酪、卫星和夸克毫无关系。
In quantum chromodynamics (QCD), hadronic matter is composed of quarks, and interactions between them are mediated by eight massless gluons.
量子色动力学（QCD）是描述物质结构最基本的单元、即夸克与胶子间强作用的规范理论。
Punzi said the particles behave differently than the Higgs boson, which would be decaying into heavy quarks, or particles.
Punzi说这些粒子不同希格斯玻色子，例如它们将衰变成重夸克，或者粒子。
More obscure findings can fare worse: Germs, quarks, black holes, and continental drift were all once considered laughable .
更多冷门的发现境遇更糟：细菌，夸克，黑洞，大陆漂移学说曾让人笑掉大牙。
The game consists of two different games: strange quark and the logic of quarks, each with its own unique rules.
游戏包含两个不同的游戏：奇怪夸克和逻辑夸克，各有自己独特的规则。
In simplest terms, the proton comprises three quarks with gluons zipping between them to convey the strong force.
简单来说，质子由三个夸克和拉紧它们的胶子组成来传送强力。
Under such conditions atomic nuclei "evaporate" into a plasma of even smaller particles called quarks and gluons.
在这种情况下，原子核将会蒸发成等离子体，甚至是更小的粒子，比如夸克和胶子。
Quarks and gluons were only able to condense into larger particles when universal energy conditions were low enough.
夸克和胶子只有在宇宙能量环境足够低时才能凝聚成较大的微粒。
Quarks, which we also cannot see, are a model to explain the properties of the protons and neutrons in the nucleus of an atom.
我们也看不见夸克，它是解释原子核中的质子和中子性质的一个模型。
When it comes to the point when quarks are separated, they form two sets of quarks.
当达到夸克彼此分离的程度时，就形成两个夸克集。
In any event, it seems clear that the study of quarks by this technique will not be as routine as was expected, if the method ever works.
看来很清楚，不管是那种情况，都不能象所期望的那样，把这样的技术作为研究夸克的常规方法，即便这个方法是行得通的。
This Lamb shift is a result of the interactions between the electron and the constituent quarks of the proton as described by QED.
兰姆位移是电子与质子组分夸克相互作用的结果，这一现象被描述为量子电动力（QED）。
The heat from the Big Bang literally melted the nuclear matter of atoms, releasing the particles inside (like gluons and quarks).
大爆炸产生的热量逐个地熔化了原子的核物质，释放出了原子内部的粒子（比如胶子和夸克）。
Nuclear physics is an effective theory of nuclei, whereas the Standard Model is the effective theory of quarks and gluons.
所以原子核物理是原子核的有效理论，而标准模型是夸克与胶子的有效理论。
But in this new research, the idea was to alter mass of all the quarks, not just one of them.
但在这项新的研究中，思路是改变所有夸克的质量，而不仅仅是一个。
Instead the nuclear force acting between nucleons is a complicated by-product of the interactions of their constituent quarks and gluons.
它是由内部的夸克与胶子之间交互作用之下复杂的副产品。
For one, quarks are confined within larger particles, so they cannot be separated and studied in isolation.
为一，夸克被限制在更大的微粒之内，因此他们无法被分离和被学习在隔离。
It predicted the existence of the W and Z bosons, the gluon and two of the heavier quarks (the charm and the top quark).
它预测了W玻色子、Z玻色子、胶子以及两种较重的夸克（魅、顶夸克）。
Only the Up and Down quarks are found inside atoms of the normal matter. The other quarks are made in particle accelerators.
普通正常物质的原子内部只有上、下夸克。而其它夸克是由粒子加速器产生的。
Quarks are the elementary building blocks of positively charged protons and neutral neutrons, which make up atomic cores.
夸克是带正电质子和不带电中子的基本构建体，质子和中子共同组成原子核；
Among the particles predicted to appear during this cooling are strange quarks.
预计在冷却过程中出现的粒子将是奇异夸克。
The detector recently discovered evidence of elusive "excited" quarks , suggesting that quarks have even smaller constituent parts.
该探测器最近发现了难以捉摸和“令人兴奋”的夸克的证据，表明了夸克甚至还有更小的组成部分。
When quarks were originally predicted in 1964, they were thought to occur in three versions: up, down and strange.
原本在1964年预测夸克存在时，它们被猜想成有三种版本：上、下与奇夸克。
Immediately after lead ions collided, jets were created by the quarks and gluons blasting away from the micro-Big Bangs.
在铅离子对撞的瞬间，夸克和胶子从微型宇宙大爆炸中爆发出来，形成喷射。
A hypothetical massless, neutral elementary particle believed to mediate the strong interaction that binds quarks together.
胶子假设的无质量的中性基本粒子之一，被认为能传递一种把夸克结合在一起的强大的相互作用力量
Using this identification , we read off the quantum numbers of the quarks.
照此鉴定，可以识别出夸克的量子数。
Deeper investigations into the innermost regions of matter revealed that protons and neutrons each concealed a trio of quarks .
对物质最内部区域的更深探索发现，质子和中子都是由三个夸克构成。
Quarks were first discovered just down the peninsula at the Stanford linear accelerator.
夸克也是在沿半岛向南的斯坦福线性加速器实验室首次发现的。
Quarks are the constituents of protons and neutrons, as well as more exotic things.
夸克是质子和中子的组成粒子，也是更为奇异的物质。
But the new results show that physicists can at last make accurate calculations of the ultra complex strong force that binds quarks.
但新结果表明物理学家终于能够准确计算结合夸克的超极复杂的强大力量。
We shall see later that gluons are essential to the dynamics of the quarks inside the proton.
后面将会看到，胶子对于质子内夸克的动力学机制来说是必需的。
The quarks and gluons indeed break out of confinement and behave collectively, if only fleetingly .
夸克与胶子确实打破牢笼而表现出集体行为，虽然这种状态转瞬即逝。
Gravity is pulling and tugging, and molecules and quarks are warring inside of us. We need movement to live . . .
重力在拉扯，分子和夸克正在我们内部对抗。
My quarks are crashing and I need movement to live . . .
我的夸克正在碰撞。我需要一个活着的时刻。
Information flows everywhere, through wires and genes, through brain cells and quarks.
信息四处漫溢，线缆和基因，脑细胞和夸克，到处都有它的影子。
In the Standard Model, one can calculate those quantities, using properties of quarks and gluons as inputs.
在标准模型中，我们能够以夸克与胶子为预设的东西，把这些量算出来。
Our study shows that with large masses of mirror quarks these two processes are accessible at the ILC.
通过研究发现，对大质量镜像夸克，这两个过程在ILC上均可被探测到。
Charm quarks have another characteristic useful for probing the quark- gluon medium.
魅夸克有另一种特性，在探测夸克胶子介质时相当有用。
When quarks are stretched farther and farther, the force that holds them together becomes bigger.
当这些夸克被拉伸得越远，维持它们在一起的力就越大。
