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The Green's function of ferromagnetic nickel is calculated by means of Muller's interpolation method. Then, the Green's functions of the system which has a few impurity atoms in otherwise perfect nickel crystal are obtained for the impurity site and its nearest neighbour sites. The impurity atoms are Co, Fe, Mn, Cr and V. The excess magnetic moment, the change in the electronic specific heat and the residual resistivity are calculated by the Koster-Slater theory. The results are in reasonable agreement with experiments.
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Hayakawa et al. (1975) studied this question.
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