Abstract
The mass magnetic susceptibility (χ) of polycrystalline samples of Ag and Au has been determined in the range 6–300°K by a high-precision Faraday method. Samples with purities ranging to 6N have been measured. It is shown that the observed temperature dependence of χ for the 1B metals in the range 6–1000°K can be explained in terms of the change in the density of states at the Fermi level produced as a result of the change in the lattice parameter.
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