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- W2070166812 abstract "A phenomenological correlation is presented for the magnetic susceptibility ${ensuremath{chi}}^{mathrm{*}}$ and the electronic heat-capacity coefficient ${ensuremath{gamma}}^{mathrm{*}}$ of a large number of narrow-band and heavy-fermion metals. A novel method of plotting ${ensuremath{chi}}^{mathrm{*}}$/${ensuremath{gamma}}^{mathrm{*}}$ vs ${ensuremath{gamma}}^{mathrm{*}}$ reveals quantitative boundaries for distinct regions of superconducting, magnetically ordered, and paramagnetic ground states. It is suggested that magnetic interactions are a primary limitation for the ${T}_{c}$ of ``conventional'' superconductors, whereas a more delicate interplay exists between magnetic order, paramagnetism, and superconductivity above a threshold value of ${ensuremath{gamma}}^{mathrm{*}}$ which defines the onset of magnetic order." @default.
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- W2070166812 title "Phenomenological trends for heavy Fermi liquids and narrow-band metals" @default.
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- W2070166812 doi "https://doi.org/10.1103/physrevb.33.3556" @default.
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