1) superconductor energy gap
超导体能隙参数
2) gapless superconductor
无能隙超导体
3) two-gap superconductor
双能隙超导体
4) superconducting energy gap
超导能隙
1.
The results show that the superconducting energy gap (2?(T)) is about 80 meV at Tc (93 K), and decreases smoothly as the temperature increasing.
计算结果表明,其超导能隙值2?(T)在101meV量级;并在超导临界温度点(Tc=93K)附近,有超导能隙不为零的极小值;当温度超过Tc时,YBa2Cu3O7有赝能隙存在,且赝能隙随温度升高至T*=120K时,达到极大值;当温度超过T*时,赝能隙又有明显减小趋势。
2.
The conclusion was that superconducting energy gap could not be obtained by measuring the emergence work of the metal.
指出 :不能通过测量金属的脱出功来测量超导能
5) superconducting gap
超导能隙
1.
Relationship between lattice phase like transition and anisotropy of superconducting gap has been discussed in this paper.
运用库柏对谐振子理论模型的能隙公式讨论了超导电性转变前晶格类相变（Ｔ＝Ｔｐ＞Ｔｃ）与超导能隙Ｅｇ的关系；从理论上解释了高温氧化物超导体ＹＢａＣｕＯ、ＢｉＳｒＣａＣｕＯ和ＴｌＢａ－ＣａＣｕＯ的超导能隙各向异性现
2.
We observe isotropic but Fermi-surface-dependent superconducting gaps in this system,and propose that inter-Fermi-surface interactions play an important role in the pairing mechanism.
文章利用角分辨光电子能谱实验手段,全面地研究了铁基材料的能带结构和费米面以及它们随载流子掺杂浓度变化的演化过程,发现了铁基超导体中依赖费米面的无节点的超导能隙,指出了费米面间的相互作用对超导配对起着关键作用。
6) pairing energy gap parameters
对能隙参数
补充资料：超导体
| 超导体 superconductors 见超导电性。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条