1) p-wave superconductor
p波超导体
1.
The dc Josephson current in superconductor-ferromagnet/insulator/spin-triplet p-wave superconductor junctions;
铁磁超导态/绝缘层/自旋三重态p波超导体结的直流Josephson电流
2.
In the framework of the Blonder-Tinkham-Klapwijk model,we calculate the differential tunneling conductance in normal metal / insulator / normal metal/triplet p-wave superconductor junctions which is studied theoretically as a function of the bias voltage.
利用Blonder,Tinkham和Klapwijk理论计算了正常金属/绝缘层/正常金属/自旋三重态的p波超导体结的隧道谱和平均电流。
3.
In the framework of the Blonder-Tinkham-klapwijk model,we calculate the differential tunneling conductance in normal metal /ferromagnetic-insulator/p-wave superconductor junctions.
利用Blonder-Tinkham-Klapwijk理论,计算了正常金属/铁磁绝缘层/p波超导体结的隧道谱。
3) triplet p-wave superconductor
自旋三重态p波超导体
4) s-wave superconductor
s-波超导体
5) d-wave superconductor
d波超导体
1.
Using the square barrier to describe the insulating layer,tunneling conductance in normal metal/insulator/d-wave superconductor c-axis tunneling junction is studied theoretically as a function of the bias voltage,insulating layer barrier strength and insulating layer thickness.
以方势垒描述绝缘层,对N/I/d波超导体c轴隧道结的微分电导进行了研究。
2.
A number of experimental studies revealed that the order parameter in high-Tc cuprates is of d-wave symmetry, and thus the properties of d-wave superconductors have been investigated theoretically for many years.
因而许多理论工作者对d波超导体的性质进行了多年研究。
6) f-wave superconductor
f波超导体
1.
We study the temperature T and the phase of the Josephson critical current I(Φ) by taking into account the barrier interface scattering effect in a f-wave superconductor(S)/Insulator layer(I)/f-wave superconductor(S) junction.
通过计算界面势垒散射强度对直流Josephson电流的影响,研究了f波超导体/绝缘层/f波超导体结的直流Josephson电流与温度T和结两侧晶轴方位角之间的关系。
补充资料：正常（超导）—超导（正常）转变
正常（超导）—超导（正常）转变
transitionfromnormal(superconducting)statetosuperconducting(normal)state
一般指在常压下改变温度到Tc时，物质的电阻从R＞0（R=0）的正常态（超导态）到R=0（R＞0）的超导态（正常态）的转变。无磁场时这种转变属二级相变。
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