The importance of the effects of mutual interactions between the interstitial solute atoms in the Cottrell atmosphere on the Snoek-K\"oster relaxation in cold-worked bcc metals is emphasized in a theoretical approach based on the coupling model. It is shown that the large activation enthalpy of the relaxation time and the breadth of the internal-friction peak associated with the Snoek-K\"oster relaxation can be explained quantitatively by this model for various foreign atoms in several bcc metals.
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Wang et al. (1994) studied this question.
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