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Study of magnetic, nematic and superconducting properties of iron-based high-temperature superconductors: Variational cluster approximation

机译:铁基高温超导体磁,向型和超导特性研究:变分簇近似

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Two-orbital model describing iron-based high-temperature superconductors is studied within the limits of variational cluster approximation. It is found that in the undoped regime the stripe antiferromagnetic ordering is realized, while in doped regime antiferromagnetism and superconductivity coexist. In the superconducting state, two types of symmetry are found: extended inter-orbit s-wave and intra-orbit d-wave, in agreement with known experimental results.
机译:描述了描述铁基高温超导体的两种轨道模型在变分簇近似的限制范围内。结果发现,在未掺杂的方案中,实现条纹反铁磁排序,而在掺杂的制度反铁磁和超导共存中。在超导状态下,发现了两种类型的对称性:与已知的实验结果一致,扩展了轨道间的轨道间和轨道内轨道D波。

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