但是，只有一小部分材料具有超导电的属性。
But only a small portion of their material had superconducting properties.
但是，只有一小部分材料具有超导电的属性。
Only a small portion of their material had superconducting properties.
它可以在超导体（一种能导电的材料）和绝缘体（一种不导电的材料）之间转变。
It can change between a superconductor a material that conducts electricity, and an insulator a material that doesn't conduct electricity
研究人员仍需找到能够使缠绕的超导电路维持更久的方法。
Researchers still need to find a way to make entangled superconducting circuits last longer.
从这个月开始——并一直持续四个星期——粒子加速器都要对绕着它的超导电磁铁旋转的铅离子进行加速。
Starting this month - and continuing for four weeks - the particle accelerator will be speeding lead ions around its superconducting electromagnets.
从这个月开始——并一直持续四个星期——粒子加速器都要对绕着它的超导电磁铁旋转的铅离子进行加速。
Starting this month -- and continuing for four weeks -- the particle accelerator will be speeding lead ions around its superconducting electromagnets.
他们认为这可能与在所谓的赝能隙相位期间的电子活动有关，而室温处在这段超导电性受到破坏的温度范围内。
They knew it had something to do with electron behavior during the so-called pseudogap phase, a temp range where superconductivity breaks down.
在合适的材料中，使用X射线来控制掺杂剂原子的状态，用这种方法将使制作超导电路成为可能。
It could be possible to make superconductor-based circuits simply by using a beam of X-rays to control the positions of dopant atoms within a suitable material.
Mariantoni说利用超导电路的方案允许他们将量子比特和存储单元紧靠的放置在单个芯片上，这提供了制造新的冯诺依曼设计的可能。
Mariantoni says that using superconducting circuits allowed the team to place the qubits and memory elements close together on a single chip, which made possible the new von Neumann-inspired design.
在隔离状态下镓盐与有机复合物皆不导电，但Hla和他的同事们有证据表明由这两种物质组成的金属线有超导特性。
In the isolated state gallium salt and organic compounds are non-conductive but Hla and his colleagues have evidence that these two substances formed by the metal lines are superconducting properties.
在尝试缠绕超导电流之后，Martini和她的小组测量了电流方向，共3410万次。
After attempting to entangle the superconducting circuits, Martinis and his team measured the directions of the currents 34.1 million times.
这是超导电路和微波光子之间相互作用的想象图。
This is an impression of the interaction between a superconducting electrical circuit and a microwave photon. Credit: Dr. A. Marx, Technische Universitaet muenchen.
约翰·巴丁也是超导电性理论的创立者之一。
John Bardeen was also co- developer of the theory of superconductivity.
由于今年早些时候的一项惊人发现，超导电缆的成本可能很快还会大幅下降。
And with an astonishing discovery made earlier this year, the cost of superconducting cable might soon plummet further.
在这两种超导体材料中，超导电性是由于电子成双成对地集结在单一的量子态所产生，这是物理学家已知的部份。
Physicists know that in both types of material the superconductivity is caused by electrons pairing up and gathering en masse in a single collective quantum state.
正在对这种金属的超导电性进行深入研究。
The research center is carrying out a thorough study of this metal's superconductivity.
从理论上说，超导电缆的输电网络可以从发电厂一路通到市郊。
In theory, a network of superconducting transmission cables could take electricity all the way from the power plant to the suburbs.
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。
Study of vortex dynamics of high-temperature superconductors is one of the most important and active fields of superconductivity.
超导电力设备是超导电力系统的重要组成部分，而仿真分析一直是设备开发的重要手段之一。
The superconductive electrical equipment is an important part of superconductive electric power system and the simulation analysis is one of the main means in equipment development.
各种低阻测量的应用：接点电阻测量、超导体电阻测量以及导电材料的电阻率测量等。
Low resistance measurement Applications: Contact resistance, superconductor resistance measurements, and resistivity measurements of conductive materials.
为安全起见，应用在高温超导电力设备中的线圈应采取热稳定化路线设计。
For safety, the coil in the HTS power devices should be designed as thermal stabilized.
上述两个基本电动力学性质使超导电性具有无比的重要性。
These two basic electrodynamic properties give superconductivity its unique interest.
上述两个基本电动力学性质使超导电性具有无比的重要性。
These two basic electrodynamic properties give superconductivity its unique interest .
本文对常规的BCS理论用无规矩阵理论进行了推广，得到一种研究金属小粒子超导电性的新方法。
The conventional BCS theory is generalized using random matrices theory, and a new approach is obtained to explain superconductivity in small metallic grains.
对超导材料失超特性研究是超导电力科学技术中的重要基础课题。
Researching on the quench characteristics of superconducting tape is an important base for applying superconducting(equipments) in power system.
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 composition region showing superconductivity above liquid nitrogen temperature has been found.
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。
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 .
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