Abstract
When tough pitch copper strips rolled to 95 pct and annealed at 120°C were rolled successively up to 30 pct at right angle to the primary rolling direction and then annealed at 150°C, the (200)pole figure for the annealing texture showed a spread, from the (001)[100] orientation, mainly corresponding to rotation around the [100] axis in the primary rolling direction, in accordance with that of the deformed matrix produced by the intermediate annealing and secondary rolling. Such a behavior of the spread of orientation coincided also with that of the annealing texture of copper strips rolled secondarily without the intermediate annealing and annealed at 150°C. On the basis of these results it is clear that the formation of the cube textuere can be interpreted in terms of the oriented nucleation theory.
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