Study on the interaction between a dislocation and impurities Part XI Groping for a suitable force-distance relation between a dislocation and the impurity in KCl single crystals doped with monovalent impurities by effective stress-temperature relation

転位と不純物との相互作用に関する研究 (11) :　1 価不純物を含んだKCl 単結晶中の転位とその不純物との力対距離関係モデルについて、有効応力と温度との関係からの模索

Study on the interaction between a dislocation and impurities Part XI Groping for a suitable force-distance relation between a dislocation and the impurity in KCl single crystals doped with monovalent impurities by effective stress-temperature relation

Creators Kohzuki Yohichi

An attempt to select the most suitable force-distance relation between a dislocation and the monovalent cation impurity was conducted among the three models: a square, a parabolic, and a　triangular force-distance relations. These models are taken into account the Friedel relation. The grope for the most suitable model was carried out by the linear relationship of effective stress and temperature. However, it was difficult to select the most suitable of the three at 80 to 300 K for the two kinds of single crystals: KCl:Li+ (LiCl 0.5 mol% in the melt) and KCl:Na+ (NaCl 0.5 mol% in the melt).　Critical emperature,Tｃ, at which the effective stress due to the impurities is zero was further　obtained on the three force-distance relations for both the specimens.

[ISSN]0387-9232

[NCID]AN00031668