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The main goal of this article is to show the correlation between the crys-talline structure, the mechanical properties to traction and the processing of an electro-lytic copper foil. After a brief theoretical description about copper and its structure, the autors explain the metallographic and electron transmission microscopy (TEM) tech-niques used in the analysis. Additionally, the mechanical properties to traction were evaluated and relationships were formulated to explain the macroscopic behavior of the material related to its crystalline structure. Finally, we suggest an application of this material in new technologies as nano and microsystems NEMS and MEMS.

Estructura cristalina del cobre, propiedades microscópicas mecánicas y de procesamiento