The emergence of superconductivity in certain metals when cooled below a critical temperature is an example of a phase transition.
当温度降至临界温度以下，某些金属会突然失去电阻，出现超导现象，这就是相变的一个例子。
Now, if you want to explain high-temperature superconductivity and you believe the pseudogap is a precursor, you need to explain both.
如果你想解释高温超导，并且把赝隙看作是前兆，那么这两者都要解释。
In 1959, just 2 years after physicists worked out that explanation for superconductivity, some of them proposed that similar pairing may happen inside incredibly hot, hugely pressurized neutron stars.
1959年，就在物理学家解释了超导现象两年之后，其中一些物理学家提出在超高温，超高压的中子星内存在相似的成对现象。
The first domestic production line which is able to produce 300km Bi-system superconductivity wires.
国内首条年产300公里铋系高温超导线材生产线。
Bi-system high-temperature superconductivity wire.
铋系高温超导线材。
The problem on granular superconductivity is also discussed.
还对颗粒超导电性的问题进行了讨论。
John Bardeen was also co- developer of the theory of superconductivity.
约翰·巴丁也是超导电性理论的创立者之一。
This paper described how to study superconductivity by ac susceptibility(acs) measurements.
本文探讨利用交流磁化率研究超导电性。
The composition region showing superconductivity above liquid nitrogen temperature has been found.
摸清了该系统中在液氮温区呈现超导电性的材料组成范围。
The experimental results can be under-stood qualitatively by non-phonon superconductivity mechanism.
实验结果可以用非声子超导机制进行定性解释。
The effects of relative contents of phases on resistivity-free superconductivity temperature have been studied.
研究了各种相结构及其含量对零电阻超导温度的影响。
Operating on the borderline of superconductivity and ordinary conductivity, they produce immense amplification.
它们在超导性和普通导电性的临界线上操作，产生巨大的放大效果。
Operating on the borderline of superconductivity and ordinary conductivity, they produce immense amplification .
它们在超导性和普通导电性的临界线上操作，产生巨大的放大效果。
These drastic changes of superconductivity were mainly due to the shear stress under quasi-hydrostatic pressure.
这些现象主要是由于准静水压下剪切应力的作用。
Being at the forefront of physical research, high temperature superconductivity (HTS) has great prospect in application.
高温超导电性是物理学的前沿课题，具有重大的应用前景。
The influence of different doping methods on the superconductivity and structure of BSCCO superconductor was investigated.
比较了不同掺杂方法对超导体结构以及性能的影响。
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。
BCS theory is modified by random matrices theory, and a new approach is obtained to treat superconductivity in small metallic grains.
用无规矩阵理论对BCS理论进行修正，得到一种处理金属小粒子超导电性的新方法。
We present a scenario for the gap symmetry observed in newly discovered unconventional superconductivity of Fe-based layered compound.
我们对解释新发现的铁基化合物中的超导体能隙对称性提出一个方案。
Actually, superconductivity is of great practical application value to many fields, such as energy, medical, information and transportation.
实际上，超导在能源，医疗，通信和运输等许多领域都有很强的实际应用价值。
The coupling of heavy electrons to the magnetic spin fluctuations emanating from the QCP is responsible for the superconductivity in all regions.
重电子与源于QCP的磁自旋波动偶合造成了各区域的超导性。
The results also indicate strong magnetic frustration in this system, and the magnetic fluctuation mechanism for superconductivity is suggested. 5.
而且我们的结果还表明体系存在很强的磁性涨落，这可能与该体系超导机制有密切关联。
Especially, since the discovery of high critical temperature cooper oxide superconductors in 1986, superconductivity research reached a high level.
特别是1986年发现了高温氧化物超导体以后，在凝聚态物理学界掀起了研究高温超导的热潮。
The result indicates that superconductivity transition temperature has a tendency of obvious dropping with the increase of Mg and Sr substituting quantity.
的超导电性能进行了系统测量，发现随着镁和锶掺杂量的增加，样品的超导转变温度总体呈明显降低趋势。
A branch of electronics concerned with the study and application of superconductivity and other low-temperature phenomena for electronic devices and systems.
电子学的一个分支，研究超导和其它低温现象及它们在电子设备和系统中的应用。
The theoretical results have been verified by both the experimental photoemission spectra and ground-state properties, as well as the superconductivity data.
理论结果用实验的光发射谱和基态性质以及超导数据进行了验证。
The theoretical results have been verified by both the experimental photoemission spectra and ground-state properties, as well as the superconductivity data.
理论结果用实验的光发射谱和基态性质以及超导数据进行了验证。
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