unconventional pairing in doped band insulators on a honeycomb lattice: the role of the disconnected fermi surface and a possible application to superconducting β-mncl (m=hf, zr)
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ID: 248160
2008
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Abstract
We investigate the possibility of realizing unconventional superconductivity in doped band insulators on the square and honeycomb lattices. The latter lattice is found to be a good candidate due to the disconnectivity of the Fermi surface. We propose applying the theory to the superconductivity in doped layered nitride β-MNCl (M= Hf, Zr). Finally, we compare two groups of superconductors with disconnected Fermi surface, β-MNCl and the iron pnictides, which have high critical temperature Tc, despite some faults against superconductivity are present.
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kuroki2008scienceunconventional
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| Authors | ;Kazuhiko Kuroki |
| Journal | ieee control systems letters |
| Year | 2008 |
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