英语释义

1. to exhibit superconductivity

片语

superconducting material超导体，[低温] 超导材料

Superconducting Material超导体，[低温] 超导材料

superconducting resonator超导谐振器

superconducting electronics[电子]

superconducting motor超导电机

superconducting magnetometer[地物]

superconducting magnet[低温] 超导磁体；超导磁铁

superconducting filament超导丝

superconducting bolometer超导辐热计

superconducting film[低温]

superconducting cable超导电缆

英汉例句

• they also found that the time taken to reach this superconducting state depended on the intensity of the beam.

  他们还发现，达到超导状态花费的时间取决于射线的强度。

• 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.

  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。

• these superconducting circuits, made of aluminum, were separated by a few millimeters on an electronic chip.

  这些铝制超导电路，相隔几毫米，被安装在一个电子芯片上。

• this superconducting gap was found in nanowires with as few as four salt molecules, but not in nanowires that were only three molecules long.

  这种超导缺口存在于最小只有四个镓盐分子的纳米金属线上有所体现，但只有三个镓盐的纳米金属线却没有这种特性。

• in fact, he has even proposed dual-use tunnels that would put both the maglevs and the superconducting lines of a future energy grid underground.

  事实上，他甚至提出在未来能源网背景下的磁悬浮和超导线路。

• 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。

• these materials, called iron nictides, also have the property of superconducting at a higher temperature.

  这种铁基化合物也具有高温超导性。

• fifty-three of 1, 624 large superconducting magnets - some of them 50 feet long - were damaged and had to be replaced.

  在1624个大型超导磁体中，约53个长达50英尺的磁体已经遭到损坏，不得不进行更替。

• the researchers achieved the ultrastrong interactions by adding another superconducting component into their circuit, a so-called josephson junction.

  研究人员通过添加另一个超导组件到他们的电路（所谓的约瑟夫森结）从而得到了超强的相互作用。

• another interesting property of superconducting materials is that they will levitate in a powerful magnetic field.

  超导体还有一个有趣的特点那就是他们在强大的磁场内可以悬浮。

• this consists of a superconducting niobium conducting path that is configured with strongly reflective 「mirrors」 for microwaves at both ends.

  这套系统内含一个超导铌通路（两端配置了强烈反射微波的「镜子」）。

• the solid lines indicate electrical connections and the semi-circles represent superconducting junctions.

  图中的实线代表的是电流通路，半圆代表超导连接。

• these are tiny pieces of a superconducting material consisting of a niobium film on an aluminium oxide wafer with gaps etched into it.

  这是一些细小的超导材料，由一个刻有间隔的氧化铝晶片上的铌薄膜构成。

• this superconducting gap exists in the smallest molecules of only four nano-metal gallium reflected online but only three gallium salt nanowires without this feature.

  这种超导缺口存在于最小只有四个镓盐分子的纳米金属线上有所体现，但只有三个镓盐的纳米金属线却没有这种特性。

• these compounds can become superconducting by being exposed to oxygen, but it takes months.

  这些化合物通过接触氧气而带有超超导性，但是这个过程需要数月才能完成。

• an electrical connection melted during a test to make sure the equipment could handle the high currents needed to power the lhc's huge superconducting magnets.

  为了启动lhc的巨大超导体，在一个确保设备能够处理大电流的测试中一个电气连接部件融化了。

• this is because it relies on a superconducting device called a josephson junction to produce the qubits, in the form of specially tweaked electrons that are stable only at such low temperatures.

  这是因为它依赖于一个名为约瑟夫森结的超导装置产生量子比特，这种被特别扭曲的电子只有在低温下才稳定。

• researchers still need to find a way to make entangled superconducting circuits last longer.

  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。

• the ucsb group used more conventional electrical circuits, albeit ones that must be cooled almost to absolute zero to make them superconducting and activate their quantum behavior.

  ucsb加州大学圣巴巴拉分校的小组使用更加常见的电路，虽然这需要将其冷却到接近零度使其超导并展现量子行为。

• liquid helium cools infrared detectors, nuclear reactors, and the superconducting magnets used in mri machines, too.

  液氦也用来冷却红外线探测器，核反应堆，以及核磁共振成像器械的超导磁体等。

• with further development, the technique could be used to make circuits containing superconducting quantum interference devices (squids), which could find use in quantum computers.

  这一技术在未来得到发展后，将可以用于制作集成有超导量子干涉仪（squid）的电路，而squid则将会在量子计算机中得到应用。

• there was, however, one small hitch: the superconducting wires required create a magnetic field have never been developed.

  然而，这其中有一个难以克服的技术难题：用于产生磁泡的超导线目前尚未开发出来。

• they made four-molecule-long wires – the smallest superconducting structure yet reported.

  他们制作了四个分子长的金属线——目前有报道最小的超导体。

• in fact, in 2009, the team used a phase qubit to feed quanta into a long strip of superconducting metal that would ring with microwaves much as an organ pipe rings with sounds.

  实际上，该研究小组在2009年就利用相量子位将量子送入超导金属长条，长条与微波发生共振，就如同管式手风琴与声波发生共振一样。