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The electrical resistivity of a single crystal of chromium was studied in the temperature range 10 to 70°C, allowing for nitrogenassociated relaxation near the Neel temperature. The results of these and earlier measurements are discussed using the theoretical model for the resistivity of heavy rare earths given by Elliott and Wedgwood (1963). In this discussion support is given to the Fermi surface proposed by Kimball (1969). A plausible explanation is given to the discontinuities and extra minima in the resistivity curves reported by other authors.
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B. Stebler (1970) studied this question.
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