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On linear resistivity from ∼1 to 103 K in Sr2RuO4 − δ single crystals grown by flux technique

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1998 EDP Sciences
, , Citation H. Berger et al 1998 EPL 41 531 DOI 10.1209/epl/i1998-00186-5

0295-5075/41/5/531

Abstract

We report transport measurements on single crystals of Sr2RuO4 − δ, grown by the flux technique. The temperature dependence of the Hall coefficient is similar to the one measured in cuprates, and the linear resistivity persists up to ∼1000 K, while the superconductivity remains confined below 1 K. This suggests that the linear temperature dependence of resistivity is not an exclusive signature of the anomalous normal state of high-Tc cuprates but rather of layered oxides in general, especially single-layer perovskites, possibly independently of the magnitude of the superconducting temperature. In addition, such Sr2RuO4 − δ may be used as a broad-range thermometer.

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10.1209/epl/i1998-00186-5