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Fermi-liquid renormalization in the superconducting state of UBe13
Abstract
The specific heat in the mixed phase of superconducting UBe13 is observed vary as the square of the applied magnetic field. This is shown to imply a Fermiliquid-type suppression of the exchange enhancement as the superconducting gap opens, similar to that seen in 3He. Consistent with this effect is the observed nonmonotonic temperature dependence of the Maki parameter K2 which is related the Pauli susceptibility. © 1999 Taylor & Francis Group, LLC.
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