At low temperatures, electrons in the superconductors flow collectively, unfettered by resistance.
在低温情况下，超导体中电子将会共同流动，不受电阻约束。
He said he hoped that the new tools would one day be able to shed light on new types of superconductors.
他希望有朝一日这个新的工具能够帮助人们发现新的超导体。
Another new class of superconductors, based on iron instead of copper, was discovered a couple of years ago.
而几年前又发现用铁代替铜的新型超导体。
That asymmetry is key, and though it doesn't yet provide the key to superconductors, it is a significant start.
这种不对称性十分关键，尽管它还不能给超导体提供解决办法，但却是个重要的开始。
However, there are still some technological hurdles to overcome before superconductors replace the copper wires in our power grids. The main issue is cost.
然而要在电网中用超导体完全取代铜导线，目前仍然有一些技术障碍，最关键的问题是费用。
In advancing the technology, researchers are now focusing on superconductors.
在推进技术方面，研究人员正在专注超导体研究。
At low temperatures, some metals and intermetallic compounds become superconductors.
在极低的温度下，某些金属和金属化合物能转变成超导体。
In superconductors, the bosons are the pairs of bound electrons that form at the Fermi surface.
在超导体中，玻色子是在费密表面形成的束缚态电子对。
The microscopic mechanisms of such unconventional superconductors are still hotly debated today.
这种非传统的超导体的微观机制今天仍在激烈讨论。
It shows that the high Tc superconductors are the crystals with both ionic and covalent properties.
结果表明，高温超导材料属于具有部分离子性和部分共价性的晶体。
This paper introduced the application of X-ray spectrum in the researching of superconductors briefly.
简要论述X光光谱在超导研究领域中的应用。
The new superconductors look set to carve themselves a useful niche in the world's electrical industries.
这种新的超导体看起来很有可能在世界电气工业中占得能够发挥作用的一隅。
The question of how to raise the critical current density of oxide bulk superconductors is discussed too.
讨论了体材料临界电流密度的提高问题。
But they do not know what "glue" causes the pairing in the high-temperature (" high-Tc ") superconductors.
但在高温超导体里，让这些电子配合成对的“黏胶”是什么，物理学家就一无所知了。
We attribute this difference to the fact that real superconductors have a temperature-dependent G-L parameter.
作者把这种不同归结为超导体的G-L参数对温度的依赖。
Using molecular dynamic simulations, this paper studies the vortices motion in random pinning superconductors.
用分子动力学方法模拟计算了二维无序钉扎系统中磁通的运动。
Secondly, their model predicts a similar pressure variation for other heavy-electron quantum critical superconductors.
其次，他们的模型预测其他重电子量子临界超导体随压力有类似变化。
In addition, the vortex structure in high temperature superconductors has attracted significant interest for many years.
另外，多年来人们对高温超导体中涡旋结构性质的研究一直抱有很大的兴趣。
The origin of thermoelectric effects and the cause of no thermoelectric effect in type -i superconductors were discussed.
讨论了温差电效应的起源和I类超导体不发生温差电效应的原因。
The high temperature superconductors (HTS) bearing low surface resistance can be used to raise the efficiency of antenna.
高温超导(HTS)体由于具有较低的表面电阻，在天线应用中，它可以提高天线的效率。
Study of vortex dynamics of high-temperature superconductors is one of the most important and active fields of superconductivity.
高温超导体的磁通动力学性质的研究是超导电性研究的一个重要方面，具有理论和应用两方面的重要意义。
In chapter 2, we review the history of photoemission study about the copper oxide high-temperature superconductors copper oxides.
第二章介绍了人们对高温超导铜氧化物的光电子谱的研究历史。
In addtion, the calculated nuclear spin-lattice relaxation rate is consistent with the behavior of overdoped high-Tc superconductors.
此外，计算得到的核自旋-晶格弛豫率与过掺杂的高温超导体的行为相符。
The stress intensity factors of finite superconductors are calculated in the process of zero-field cooling (ZFC) and field cooling (FC).
在磁化系数不变的情形下，超导体尺度越短，应力强度因子越大；
High-temperature superconductors are strongly correlated electronic materials, in which spin, charge, lattice are simultaneously active.
高温超导体属于强关联电子材料，其中电子、自旋和晶格自由度之间存在较强的相互作用。
Some metals, such as iron, cobalt and nickel, are magnetic. At low temperatures, some metals and intermetallic compounds become superconductors.
某些金属能被磁化，例如铁、钴和镍。在极低的温度下，某些金属和金属化合物能转变成超导体。
This article reviews nuclear magnetic resonance studies on iron-based high critical temperature superconductors carried out by the author's group.
文章介绍了利用核磁共振法对铁基高温超导体的研究结果。
This article reviews nuclear magnetic resonance studies on iron-based high critical temperature superconductors carried out by the author's group.
文章介绍了利用核磁共振法对铁基高温超导体的研究结果。
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