Comprehensive study of out-of-plane transport properties in BaFeAs: Three-dimensional electronic state and effect of chemical substitution
arXiv:2103.09700 · doi:10.1103/PhysRevB.97.094511
Abstract
We investigated the out-of-plane transport properties of parent and chemically substituted BaFeAs for various types of substitution. Based on the studies of Hall coefficient and chemical-substitution effect, we have clarified the origin for the unusual temperature dependence of out-of-plane resistivity in the high-temperature paramagnetic-tetragonal phase. Electron (hole) carriers have an incoherent (coherent) character, which is responsible for non-metallic (metallic) . Although both of electron and hole contributions are almost comparable, a slightly larger contribution comes from electrons at high temperatures, while from holes at low temperatures, resulting in a maximum in . In the low-temperature antiferromagnetic-orthorhombic phase, the major effect of substitution is to increase the residual-resistivity component, as in the case for the in-plane transport. In particular, Co atoms substituted for Fe give rise to strong scattering with large anisotropy. We found that K substitution induces a non-metallic behavior in at low temperatures, which is likely due to a weakly localized nature along the -axis direction.
arXiv comment10 pages, 5 figures
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