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The nuclear reactions of the deuteron particles with light nuclei have been extensively investigated in the history of nuclear physics. In this work, the cross-sections of deuteron reactions  6 Li(d,n) 7 Be,  6 Li(d,t) 5 Li,  7 Li(d,2n) 7 Be,  7 Li(d,p) 8 Li,  7 Li(d,t) 6 Li,  9 Be(d,p) 10 Be,  9 Be(d,t) 8 Be,  19 F(d,n) 20 Ne and  19 F(d,p) 20 F were studied for the investigation of structural fusion materials. Excitation functions of these reactions were determined by using ALICE-ASH code considering equilibrium (EQ) and pre-equilibrium (PEQ) effects. The calculated cross-sections, experimental results and TENDL-2011 library data are presented in graphical form.

Theoretical study of deuteron induced reactions on 6,7 Li, 9 Be and 19 F targets