当它被放置在磁铁上,超导材料和磁体互相排斥,这是因为迈斯纳效应(Meissner effect),就是指材料进入超导状态会排斥磁场。但是,由于超导材料层是如此之薄,一些磁力就可以穿过某些特别的薄弱点。
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...超 导体放入磁场中,会将其内部的磁场完全排除,使其内部磁通(magnetic flux)保持为,此即所谓的麦斯纳效应(Meissner effect),也因此超导 体具有磁浮特性。物质必须同时具备以上种特性,才可称为超导体。
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dual meissner effect 对偶迈斯纳效应
the meissner effect 迈斯纳效应
Meissner-Ochsenfeld effect 迈斯纳
meissner s effect meissnor效应
It also declare the basic properties of superconductor, eg. , zero resistance phenomenon, Meissner effect and isotopic effect etc. the classification of superconductor and some milestones of low temperature superconducting physics.
说明了超导体的基本性质,如零电阻现象、迈斯纳效应和同位素效应等;超导体的分类以及低温超导物理发展的几个里程碑。
参考来源 - 克尔非线性光学谐振腔中非极化激元的研究·2,447,543篇论文数据,部分数据来源于NoteExpress
以上来源于: WordNet
N the phenomenon in which magnetic flux is excluded from a substance when it is in a superconducting state, except for a thin layer at the surface 迈斯纳效应 [physics]
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。
Zero resistivity effect and Meissner effect, the two basic properties of superconductor are demonstrated in the first part of chapter one.
本文第一章首先介绍了超导体的两个基本特性:零电阻效应与迈斯纳效应。
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