Investigation of 14-15 MeV neutron scattering effect sections using a quantum mechanical wave model
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Abstract (EN)
The scattering of particles from nuclei provides invaluable information about nuclear structure properties. Therefore, the data obtained from experimental and theoretical studies of scattering reactions is highly significant in the field of nuclear physics. In this study, differential neutron scattering cross sections for nuclear reactions involving light (9Be) and heavy (208Pb) target nuclei were calculated at approximately 14-15 MeV neutron energy using a quantum mechanical wave approach. These calculations employed spherical optical model parameters, and the theoretical results were compared with data from the EXFOR experimental nuclear data library. Keywords: Neutron scattering, Cross section, Optical model, 9Be, 208Pb, SCAT2
Author
Taner Dilberoğlu
How to Cite
Taner Dilberoğlu (Master Thesis). Investigation of 14-15 MeV neutron scattering effect sections using a quantum mechanical wave model, 2024, Osmaniye Korkut Ata University.
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