Abstract
A comparison of magnetic and thermodynamic properties of CeRh 2Si 2 and CeRh 2− x Ru x Si 2 near their T=0 magnetic–nonmagnetic boundary accessed by pressure and alloying, respectively, emphasizes the role of disorder in producing non-Fermi-liquid effects. Spatially varying hybridization induced by crystallographic disorder may play a similar though less dramatic role in determining the physical properties of δ-phase plutonium at ambient and high pressures.
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