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It is shown that the magnitude and temperature behaviour of the conduction-electron contribution to the electric-field gradients at nuclear sites in metals, eqce, are strongly correlated with the density of states at the Fermi surface. Furthermore, various mechanisms which may lead to the observed universal correlation between eqce and the lattice field gradient are studied

THE CONDUCTION-ELECTRON CONTRIBUTION TO THE ELECTRIC-FIELD GRADIENTS AT NUCLEAR SITES IN METALS