铁基超导体是指化合物中含有铁,在低温时具有超导现象,且铁扮演形成超导的主体的材料。2006年日本东京工业大学细野秀雄教授的团队发现第一个以铁为超导主体的化合物LaFeOP,打破以往普遍认定铁元素不利形成超导迷思。
铁基超导体掺杂和加压下结构对超导电性的影响 Keywords: Iron-Based Superconductor; Structure; Superconductivity; Doping; Pressure [gap=235]关键词:铁基超导体;结构;超导电性;掺杂;加压
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The whole dissertation is constructed as following:1. Brief overview of research on NaxCoO2 system and iron-based superconductor In this chapter,the author has reviewed the basic physical properties and some hot topics in NaxCoO2 system and iron-based superconductors.
本论文主要分以下六个章节:1、NaxCoO2体系和铁基超导体的研究进展在本章中主要对NaxCoO2体系和铁基超导体的基本物理性质以及一些研究热点进行简述。
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目前已发现的铁基超导体数量庞大种类繁多,较为典型的有四类:1111体系、122体系、111体系、11体系。
A large number of iron-based superconductors have been discovered up to now, which have four typical categories: 1111-compounds, 122-compounds, 111-compounds, 11-compounds.
文章介绍了利用核磁共振法对铁基高温超导体的研究结果。
This article reviews nuclear magnetic resonance studies on iron-based high critical temperature superconductors carried out by the author's group.
我们对解释新发现的铁基化合物中的超导体能隙对称性提出一个方案。
We present a scenario for the gap symmetry observed in newly discovered unconventional superconductivity of Fe-based layered compound.
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