Universal relationship between the penetration depth and the normal-state conductivity in YBaCuO

The absolute values of the conductivity in the normal state $\sigma _{\rm n}$ and of the low-temperature penetration depths $\lambda (0)$ were measured for a number of different samples of the YBaCuO family. We found a striking correlation between $\sigma _{\rm n}$ and $\lambda ^{-2}\,$ regardless o...

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Published in:Europhysics letters 1999-10, Vol.48 (1), p.73-78
Main Authors: Pimenov, A, Loidl, A, Schey, B, Stritzker, B, Jakob, G, Adrian, H, Pronin, A. V, Goncharov, Yu. G
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Language:English
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description The absolute values of the conductivity in the normal state $\sigma _{\rm n}$ and of the low-temperature penetration depths $\lambda (0)$ were measured for a number of different samples of the YBaCuO family. We found a striking correlation between $\sigma _{\rm n}$ and $\lambda ^{-2}\,$ regardless of doping, oxygen reduction or defects, thus providing a simple method to predict the superconducting penetration depth and to have an estimate of the sample quality by measuring the normal-state conductivity.
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subjects 74.25.-q
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74.76.Bz
title Universal relationship between the penetration depth and the normal-state conductivity in YBaCuO
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