Reflectivity measurements in uniaxial superconductors: a methodological discussion applied to the case of La(2-x)Sr(x)CuO(4)
arXiv:cond-mat/0407433 · doi:10.1364/JOSAB.22.001994
Abstract
Most of the novel superconductors are uniaxial crystals, with metallic planes () orthogonal to an insulating axis (). Far-infrared measurements of the reflectivity provide valuable information on their low-energy electrodynamics, but involve delicate experimental issues. Two of them are a possible contamination of from the c axis and the extrapolation of the data to =0, both above and below . Here we discuss quantitatively these issues with particular regard to LaSrCuO, one of the most studied high- materials.
13 pages with 3 Figs
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- Effects of Superconductivity and Charge Order on the sub-Terahertz reflectivity of LaBaSrCuO
- Infrared observation of the Hund's mechanism in an electron-doped manganite