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- W2767390902 endingPage "505602" @default.
- W2767390902 startingPage "505602" @default.
- W2767390902 abstract "Quasiparticle tunnel conductance-voltage characteristics (CVCs), [Formula: see text], were calculated for break junctions (BJs) made up of layered d-wave superconductors partially gapped by charge-density waves (CDWs). The current is assumed to flow in the ab-plane of electrodes. The influence of CDWs is analyzed by comparing the resulting CVCs with CVCs calculated for BJs made up of pure d-wave superconductors with relevant parameters. The main CDW-effects were found to be the appearance of new CVC peculiarities and the loss of CVC symmetry with respect to the V-sign. Tunnel directionality was shown to be one of the key factors in the formation of [Formula: see text] dependences. In particular, the orientation of electrodes with respect to the current channel becomes very important. As a result, [Formula: see text] can acquire a large variety of forms similar to those for tunnel junctions between superconductors with s-wave, d-wave, and mixed symmetry of their order parameters. The diversity of peculiarities is especially striking at finite temperatures. In the case of BJs made up of pure d-wave superconductors, the resulting CVC can include a two-peak gap-driven structure. The results were compared with the experimental BJ data for a number of high-T c oxides. It was shown that the large variety of the observed current-voltage characteristics can be interpreted in the framework of our approach. Thus, quasiparticle tunnel currents in the ab-plane can be used as an additional mean to detect CDWs competing with superconductivity in cuprates or other layered superconductors." @default.
- W2767390902 created "2017-11-17" @default.
- W2767390902 creator A5001556947 @default.
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- W2767390902 creator A5019636088 @default.
- W2767390902 creator A5037210506 @default.
- W2767390902 creator A5055618324 @default.
- W2767390902 date "2017-11-27" @default.
- W2767390902 modified "2023-09-24" @default.
- W2767390902 title "Quasiparticle conductance-voltage characteristics for break junctions involvingd-wave superconductors: charge-density-wave effects" @default.
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