Abstract
A technique of generating metallic nanostructure by utilizing electromigration has been proposed. Electromigration is the phenomenon that the metallic atoms are transported by electron wind due to high current density. A numerical simulation method of nanostructure formation utilizing electromigration in the passivated Al specimen was recently developed based on the governing parameter for electromigration damage, AFD^*_<gen>. In the present study, the numerical simulation method of the nanostructure-generation technique was applied to Al specimens with various two-dimensional shapes, and the effect of specimen's shapes on nanostructure formation was discussed.
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