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Titlebook: Recent Developments in High Temperature Superconductivity; Proceedings of the 1 Jan Klamut,Boyd W. Veal,Piotr W. Klamut Conference proceedi

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Tl-based high temperature superconducting cuprates: Structure and properties, stabilized by substitution of Pb or Bi in the Tl site are being developed for technological applications, because of their high . ., excellent magnetic flux pinning and minimal weak-link behavior. Some of the factors that affect the high temperature superconducting properties, including substitutio
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,Properties of infinite-layer and ,′-phase electron-doped copper-oxide superconductors,is presented. Studies of steric effects indicate that superconductivity disappears in both systems for values of the in-plane lattice constant below a critical values . .≈3.92 Å. Data from the Nd.Y.).Ce.CuO. system confirm that steric effects are responsible for the loss of superconductivity (i.e.,
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Crossover from BCS superconductivity to superfluidity of local pairs,a possible relevance of the crossover behavior to the anomalous properties of short-coherence length superconductors. Using the extended Hubbard model with on-site attration (EHM), we analyze the behavior of collective modes, thermodynamic and electromagnetic properties versus the coupling strength
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Voltage-probe-position dependence and magnetic-flux contribution to the measured voltage in ac tanstwo contributions, the line integral from . to . of the electric field along an arbitrary path . . through the superconductor and a term proportional to the time rate of change of magnetic flux thrugh the area bounded by the path . . and the measuring circuit leads. When the current . is oscillating
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