Growth parameters such as oxygen flow and evaporation rate systematically shift the superconducting transition temperature of granular aluminum, with a dome-shaped dependence on evaporation rate.
Deutscher, Granular superconductivity: a playground for Josephson, Anderson, Kondo, and Mott, J
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Influence of growth parameters on the superconducting transition temperature in granular aluminum films
Growth parameters such as oxygen flow and evaporation rate systematically shift the superconducting transition temperature of granular aluminum, with a dome-shaped dependence on evaporation rate.