Three pressure-dependent correlations link SF-driven resistivity, FL coefficient A, and Tc in QC heavy-fermion superconductors, with analytic derivations in the Migdal-Eliashberg plus Boltzmann framework reproducing the trends via a length scale ℓ ~ (ρ^sf_0)^{-1}.
This assumption is is invoked for taking care of the excess residual resistivity and its usefulness in reconciling the influence from each of disorder, pressure or magnetic field
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Quantum-Critical, Spin-Fluctuation-driven Residual Resistivity and Emergent Universal Correlations in the Fermi-Liquid Regime of Heavy-Fermion Superconductors
Three pressure-dependent correlations link SF-driven resistivity, FL coefficient A, and Tc in QC heavy-fermion superconductors, with analytic derivations in the Migdal-Eliashberg plus Boltzmann framework reproducing the trends via a length scale ℓ ~ (ρ^sf_0)^{-1}.