tevatron是什么意思   tevatron怎么读

tevatron单词基本解析：

tevatron变化用词：

tevatron英英释义：

tevatron中文词源：

tevatron用法和例句：

tevatron

The Tevatron represents the high-energy frontier today: colliding protons with energies of a TeV.

Tevatron代表了今日高能研究的先锋：它可使质子以兆伏（TeV）的能量对撞。

The next stage is to increase the energy of the beams to the point where the LHC supersedes its nearest rival, the Tevatron at the Fermi National Accelerator Laboratory near Chicago.

下一步是提升粒子流的能量到达一个可以让粒子对撞机取代它最接近的竞争者（毗邻芝加哥的费尔米国家加速实验室的万亿电子伏加速器）的程度。

The Tevatron will produce more than 10,000 Higgs bosons altogether if it runs as planned, and it could test whether the Higgs boson behaves as predicted.

倘若一切顺利，Tevatron总共会产生一万个希格斯粒子，这样就可以检验希格斯粒子是否具有所预测的性质。

Equally important, the machine is designed to produce beams with 40 times the intensity, or luminosity, of the Tevatron's beams.

另一项重要的设计是，LHC能产生的粒子束强度（或称做亮度）比正负质子对撞机所能产生的要强上40倍。

"Synchrotrons are named according to the particles they accelerate. The Tevatron, a proton synchrotron at the Fermi National Accelerator Laboratory in Illinois, U.S., produces the highest particle energies achieved so far. "

同步加速器是以它们所加速的粒子来命名的。美国伊利诺州的费米国家加速器实验室里的质子同步加速器能产生迄今为止所能达到的最高粒子能量。

Wise noted that Tevatron, the collider at the Fermi National Accelerator Laboratory in Illinois, has also had its share of failures, but is generally considered to work just fine.

怀斯说，一万亿电子伏加速器，在美国费米国家加速器实验室对撞机在伊利诺伊州，也有其失败的份额，但一般认为工作得很好。

WE DON'T EXPECT laser accelerators to replace conventional accelerators at high-energy particle physics facilities such as the Tevatron.

我们并不期望雷射加速器会取代像Tevatron那种高能粒子物理的设备。

Such data are expected from the LHC or perhaps even from the Tevatron.

我们预期，LHC（甚至是Tevatron）可以提供这样的数据。

"Observation of the single top quark production is an important milestone for the Tevatron program," said Dr.

此前，顶夸克只是在强核力产生时才能观察到，这种相互作用可导致产生一对顶夸克。

The observation of the production of single top quarks (rather than the easier-to-see production of top-antitop quark pairs) has been a goal of the Tevatron experiments for years.

然而，使用这种思路来解决现在数码产品的供电问题可能没什么前途，因为人体能够提供的能量并不能算大，而且转换效率也不算高。

The goals are well motivated and matched by our experimental tools, with the LHC succeeding the current workhorse, Fermilab's Tevatron collider.

物理学家有足够的动机去研究这些题目，LHC这个新工具（取代费米实验室的正负质子对撞机）也搭配得上。

Physicists are currently looking for Higgs bosons at the Tevatron Collider at Fermi National Accelerator Laboratory in Batavia, Ill.

物理学家目前正以美国伊利诺州费米国家实验室的正反质子对撞机（Tevatron）来寻找希格斯玻色子。

In the meantime the search for the Higgs continues at the Tevatron at Fermilab [see illustration above].

目前，费米实验室的正反质子对撞机（Tevatron，见上页图）仍继续在寻找希格斯粒子。

The Tevatron, a proton synchrotron at the Fermi National Accelerator Laboratory in Illinois, U.S., produces the highest particle energies achieved so far.

美国伊利诺州的费米国家加速器实验室里的质子同步加速器能产生迄今为止所能达到的最高粒子能量。

CDF collaboration has observed the evidence of top quark in 1. 8 TeV pp collisions, on the Tevatron at Fermi National Lab.

美国费米国家实验室的CDF实验组在对撞能量1.8 GeV的TEVATRON质子-反质子对撞机上观察到了顶夸克的证据。

The most important experiment is occurring at the upgraded Tevatron collider at Fermi National Accelerator Laboratory in Batavia, Ill., which began taking data in 2001.

这个实验有可能直接产生那难以捉摸的希格斯玻色子，如此一来，标准模型里的粒子就全都找到了。