Abstract
The connection between the structure of aggregates and the critical yield stress of NaCl: M2+ crystals was investigated. The fast and slow cooling of samples produces critical yield stress — impurity concentration functions of different forms. The fast cooling of samples doped with Sr2+ and Ca2+ produces dimers and the slow cooling results in greater aggregates. For the other impurities (Mg, Mn, Cd, Pb, Ba) not even the fast cooling produces dimers and the critical yield stress increment is due to greater aggregates for both cooling rates.
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