Abstract
The cross section for inelastic neutron scattering on local spin fluctuations in dilute alloys likeA1Mn is calculated in the framework of a semiphenomenological theory. It is found that resonance scattering of the conduction electrons strongly enhances the spin fluctuations near (and at) the impurity sites, leading to a peak in the equal-time spin correlation function, the width of which is determined by the spin fluctuation temperature.
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