Abstract
The increase of the critical resolved shear stress of cooper single crystals by additions of In and Co was studied in the temperature independent reagon. The results are explained on the basis of Labusch's theory (Labusch R.: Phys. stat. sol.41 (1970), 659) and are in agreement with measurements on other copper base alloys. The descrepancy between the redistribution of Cd during solidification and the data in the phase diagram ofCu-Cd alloy crystals was observed.
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