Influence of P Content on Microstructure and Texture Evolution of the Oxygen-Free Copper

The present work aims to systematically investigate the influence of P content on microstructure and texture evolution oxygen-free copper during intermediate annealing final cold rolling. were studied by electron backscattered diffraction transmission microscopy. With addition P, grains refined a large fraction low angle grain boundaries (LAGBs) emerged after annealing. transformed from pure metal type for Cu ?-fiber which included brass Goss as was added. recrystallization temperature increased with rolling process. elemental would reduce stacking fault energy, then transformation deformation copper. Accompanied texture, cubic {001}<100> suppressed strong {236}<385> subsequent