Study of the calculated yields for induced deuterons on Zinc to produce Copper and Gallium

In this research was the study of copper products and Gallium deuterons interactions of zinc element with the importance of used therapeutic and pharmaceutical and diagnostic. It has been calculated stopping power and evaluation yields for induced deuterons to produce Copper and Gallium from Zinc isotopes ( Zn 64 30 , Zn 66 30 , and Zn 68 30 ) in the energy range from threshold energy up to 25.8 MeV deuteron energies have been calculated. Complete energy range starting from threshold energy for each reaction have been analyzed statistically and the adopted cross sectionswere reproduced in fine steps of incident deuteron energy in 0.01 MeV intervals with theircorresponding errors. The stopping power according to Zeigler formula was used in order to obtain the cross sections and calculated yield for each reaction based on the complete spectrum of cross sections.