超导体基本解释

汉语拼音:chāo dǎo tǐ

具有超导性的物体。在电工和电子技术中有很大的应用价值。

超导体详细解释

超导体 [chāo dǎo tǐ]
  1. 在极低温下,许多金属、合金、复合物都会变成没有电阻的状态。若有电流通入,则电流不会消耗掉;若置入磁场中,则其体内完全没有磁场。这种状态下的物体称为「超导体」。

超导体 [chāo dǎo tǐ]
  1. 指在极低温下,某些会变成没有电阻的金属、合金、金属化合物等。电流通过超导体时,电流不会消耗掉,若置于磁场中,则其体内完全没有磁场。

     【造句】物理学界目前对超导体的研究,正方兴未艾。

超导体双语翻译,超导体在线翻译例句

    • 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。

    • A number of companies have now made the high - temperature superconductors into tapes a few millimetres across.

      液氮是一种便宜而易得的商品,沸点是77K,我们利用它可以在实际应用中比较容易地冷却超导体.

    • 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 higher these two are, the better the superconductor is.

      这两个参数越高, 超导体就越好.

    • Superconductors can supply lots of energy quickly, efficiently, and unobtrusively.

      超导体能够快速 、 高效并且轻松地传输大量电力.

    • This material is a superconductor.

      这种新材料是超导体.

    • Superconductor is immune to the problem of resistance.

      超导体不受电阻现象的影响.

    • The influence of ion implantation on the superconductivities of Yttrium - based and Bi - based superconductors is described.

      描述了离子注入对钇系和铋系超导体超导电性的影响.

    • If scientists can take advantage of this effect, room temperature superconductors could be a step closer.

      如果科学家们能够利用这一能效, 人类离实现室温超导体的目标就更进一步.

    • At that time , the mercury became what is now referred to as a superconductor.

      当时该水银变成了现在人们所说的超导体.

    • Such materials could have limitless applications if they could be made to superconduct at room temperature.

      如果能在室温环境下获得超导体,它将有无穷广阔的应用前景.

    • For instance, the critical temperature of a high - Tc superconductor is quite sensitive to its oxygen pressure.

      例如, 高Tc的超导体的临界温度对氧压就极为敏感.

    • 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 ] 是什麽,物理学家就一无所知了.

    • Low resistance measurement applications include contact resistance, superconductor resistance, and resistivity measurements of conductors.

      各种低阻测量的应用包括:接触电阻 、 超导体电阻和导体电阻率的测量等.

    • Low Resistance Measurement Applications: Contact resistance, superconductor resistance measurements and resistivity measurements of conductive materials.

      7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.