1) pseudogap
赝能隙
1.
Anomalies in transport properties due to the normal-state pseudogap in doped YBa_2(Cu_(1-x) M_x) 3O_(7-δ) (M =Co,Zn) thin films;
赝能隙导致的YBa_2(Cu_(1-x)M_x)_3O_(7-δ)(M=Co,Zn)薄膜的输运性质异常
2.
It reaches the minimum at Tc and exhibits pseudogap above Tc.
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。
3.
This article reviews insights on high-T_c superconductors from the nuclear magnetic resonance (NMR) technique, with emphasis on local hole density, d-wave superconducting gap and its consequences, and the nature of the pseudogap.
本文回顾了用核磁共振技术研究高温超导体的进展,着重介绍局域电荷分布,超导态性质以及赝能隙性质。
2) pseudogap
赝隙
1.
The results show that there are pseudogaps in the excitation spectrums.
研究结果表明，在激发谱中存在赝隙。
2.
Many anomalous phenomena have been found in the pseudogap state of high-TC superconductors, and a close relationship between pseudogap state and superconducting state has been proposed, which makes it a focus of interests.
高温超导体赝隙态具有许多反常的现象,与高温超导机理之间有密切联系,一直是研究的焦点。
3.
The relationship between pseudogap and superconducting states of high-T_C superconductors has been a focus of interest for a long time.
高温超导体赝隙态与超导态之间的关系一直是研究的焦点。
3) pseudo-gap
赝带隙
1.
There will be not only one gap in the photonic band structure in the case of incidence along the direction,it is shown that the middle frequency v of pseudo-gaps including the first gap and the third gap will increase when the filling fraction of the background dielectric medium inside the opal voids ff decreases, and that v will increase when the sintering factor.
应用平面波展开法分析了三维反蛋白石结构光子晶体的带隙性质;计算了沿[111]方向入射时其赝带隙(第一、第三赝带)中心频率分别与填隙材料在模板中填充率ff、模板煅烧因子sf的关系曲线:随ff的减小,v增大;随sf的增大,v随之增大,非理想状态下,ff<100%、sf>1,因此较理想态发生蓝移;由此提出了求解平均填充率ffev与平均煅烧因子sfev的计算框图。
4) photonic crystals with pseudogaps
赝带隙光子晶体
1.
The characteristics of the decay distribution of spontaneous emission from an assembly of atoms in photonic crystals with pseudogaps are described.
介绍了三维赝带隙光子晶体中原子集合的自发辐射衰减分布特性 。
5) principle of pseudowork
赝功能原理
6) pseudocapacitive behavior
赝电容性能
补充资料：超导能隙
超导能隙
superconducting energy gap
ehaodao nengx-超导能隙(supereondueting energy gap)按BCS理论，拆散一库拍电子对和激发两个电子到正常态最小能量的一半称为能隙△。在T一。K时，△(0)一1·764KBT。，式中K。为玻耳兹曼常数;T。是超导体临界温度。证实超导体存在能隙的定量实验首先是电子比热容的测定。 通过对超导电子比热容的精确测量，得到温度T时超导电子比热容Ces、。一‘·764甲T。由统计物理知，具有能隙E:独立粒子系统比热容c、‘一几/踢了。从中可得E。一2△一3.528KBTc。证实了能隙的存在。能隙△与温度T有关，随温度T的升高而减小，在T一T。时，△(Tc)=0。 能隙与超导体临界电流密度有关，与磁场也有关。在磁场作用下，能隙随磁场增大而减小。当磁场等于临界磁场时，超导体厚度小于临界厚度时，能隙为零，而大于临界厚度时，能隙不为零。一些金属的能隙的实验值如表所示: 一些金属元素测定的能隙值胃拐号今台于 (金新周农)
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