Theoretical predictions of excitation functions of neutron-Induced reactions on Li-6, Be-9, C-12 and Na-23 nuclei at low energies

Yi?it, Mustafa13.07.20192019-07-2913.07.20192019-07-2920150164-03131572-9591https://doi.org/10.1007/s10894-014-9773-7https://hdl.handle.net/20.500.12451/5925In the present work, the excitation functions of neutron reactions Li-6(n,p)He-6, Be-9(n,alpha)He-6, C-12(n,p)B-12, C-12(n,alpha)Be-9, Na-23(n,p)Ne-23, Na-23(n,2n)Na-22 and Na-23(n,alpha)F-20 produced by the incident neutrons were studied for the investigation of fusion structural materials. Tel et al. formulae (for sodium isotopes), the codes ALICE-ASH and CEM03.01 (for all nuclei) were employed for the obtaining of cross-sections. In addition, hybrid model and geometry-dependent hybrid model with pre-equilibrium emissions, and Weisskopf Ewing model with the equilibrium emissions, and the cascade-exciton model with cascade interactions were used to calculate the excitations curves. The obtained results and Tendl-2011 library data were compared with the experimental literature values. Finally it is to mention that the cross-section data obtained may be useful for the safety design of future fusion reactors.eninfo:eu-repo/semantics/embargoedAccessALICE-ASH CodeExcitation CurveEquilibrium EmissionFusion Structural MaterialsTheoretical predictions of excitation functions of neutron-Induced reactions on Li-6, Be-9, C-12 and Na-23 nuclei at low energiesArticle34114014710.1007/s10894-014-9773-7Q2WOS:000350887400023N/A