Abstract
The influence of the electron bottleneck effect, i.e., the dynamic nature of the interaction between spin subsystems of localized moments and conduction electrons on the Kondo effect in EPR parameters of dilute magnetic alloys in investigated. The results are obtained by solving a coupled system of equations for transverse dynamic susceptibilities of localized magnetic moments and magnetic moments of conduction electrons. Calculations are based on Feynman’s diagram technique and on the pseudofermion representation of localized spin operators. Experimental data are discussed.
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