低温超导体

驰豫常数随温度的变化规律不同于BCS理论所预言的低温超导体中的变化规律。

The behavior of the relaxation constants with temperature is different from the regularity of the low temperature superconductor expected by the BCS theory .

超导陀螺是利用低温超导体的Meissner效应实现转子悬浮的一种精度高、能耗少的惯性器件。

A superconducting gyroscope ( SCG ) is an inertial instrument with high precision and low power consumption . Its rotor is levitated by the cryogenic superconductor 's Meissner effect .

超导陀螺仪是利用低温超导体Meissner效应工作的惯性器件，它因精度高、能耗少等优点而极具发展潜力。

The superconducting gyroscope ( abbreviated as SCG ) as an inertial instrument working on the Meissner effect of cryogenic superconducting materials has a promising prospect for its several advantages such as high precision , low power consumption and so on .

本文还较好地解释了晶格振动对低温超导体和高温超导体的不同影响。

In this paper the different affections of lattice vibration on low and high Tc Superconductors are also explained well .

超导电机是基于低温环境下超导体迈斯纳效应应用的一种新型旋转电机。

Superconducting motor based on the Meissner effect of superconductors was developed .