Meissner effect

The design and electromagnetic analysis of a Meissner Effect based superconducting motor

基于迈斯纳效应超导电机的设计与电磁结构分析

A type of superconducting motor based on Meissner effect

一种基于迈斯纳效应的超导电机

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

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。

The measurements of Meissner effect and the shielding effect show that the magnetic shielding of the sample is very small .

样品的迈斯纳效应和磁屏蔽的测量结果表明，该样品的磁屏蔽效应很小。

It is also found that the charge distributions are due to the competition between the paramagnetic Meissner effect and the diamagnetic Meissner effect .

本文表明，是顺磁迈斯纳效应和抗磁迈斯纳效应的竞争决定了涡旋电荷的分布。

Meissner effect measurements for oxid superconductors

氧化物超导体的迈斯纳效应的测试

Susceptibility of superconductor in applied magnetic field . The zero-field frozen flux can be measured in . two different procedures of Meissner effect and magnetic shielding effect .

这种测量方法可采用先加场方式（迈斯纳效应过程）和后加场方式（磁屏蔽过程）两种不同的加场方式测量超导样品的零场冻结磁通。

Superconducting material is characterized by zero resistance and Meissner effect . The transition temperatures of high-temperature superconducting cuprates are much higher than that of conventional superconductors .

超导体是一类具有零电阻和Meissner效应的材料，其中高温超导材料由于转变温度较高，在很多领域得到了广泛的应用。

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。

We have explored the consequences of the absence of the electromagnetic Meissner effect in a nonspherical CSC phase of single flavor pairing and have obtained the phase diagram with respect to the magnetic field and the temperature .

我们研究了一味夸克色超导非球形态中电磁迈斯纳效应不存在带来的影响并得到了关于磁场强度和温度的相图。

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 .

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。