A comprehensive theoretical analysis of $$^{12}\hbox {B}+{}^{58}\hbox {Ni}$$ elastic scattering measured for the first time by using different density distributions, different nuclear potentials and different cluster approaches

The elastic scattering cross-sections of [Formula: see text]Si projectile by [Formula: see text]Al, [Formula: see text]Si, [Formula: see text]Ni, [Formula: see text]Ni and [Formula: see text]Pb targets are analyzed using the double folding model based on the effective M3Y interaction which is known as the most popular density independent form. In the calculations of the double folding model, 16 different density distributions of [Formula: see text]Si nucleus are examined. A very good agreement between experimental data and theoretical results is obtained, and also the literature results support our results. In addition, dependence on incident energy, target atomic number and target mass number of the imaginary potential depth is studied, and new and global equations are proposed.

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Analysis of 9Be Fusion Cross Sections via a Simple Cluster Model

Aygun

2021

Sinop Üniversitesi Fen Bilimleri Dergisi

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The effects of different cluster configurations of 9 Be nucleus on the crosssections of 9 Be + 28 Si, 9 Be + 64 Zn, 9 Be + 144 Sm, 9 Be + 186 W and 9 Be + 208 Pb fusion reactions have been explored for the first time using a simple cluster approach. The real potential has been calculated based on the α + α + n, d + 7 Li, 3 H + 6 Li, 3 He + 6 He and n + 8 Be cluster cases of the 9 Be nucleus while the imaginary potential is evaluated as Woods-Saxon potential. It has been seen that our results are in agreement with the experimental data. In addition to this, the fusion barrier height (VB) and barrier position (RB) values have been given for each reaction and cluster case.

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A comprehensive theoretical analysis of $$^{12}\hbox {B}+{}^{58}\hbox {Ni}$$ elastic scattering measured for the first time by using different density distributions, different nuclear potentials and different cluster approaches

Cited by 3 publications

References 52 publications

Effect of different nucleon–nucleon interactions based on relativistic mean field theory on elastic scattering cross-sections of proton and neutron halo nuclei

Effect of different nucleon–nucleon interactions based on relativistic mean field theory on elastic scattering cross-sections of proton and neutron halo nuclei

Folding model analysis of 28Si elastic scattering using different density distributions

Analysis of 9Be Fusion Cross Sections via a Simple Cluster Model

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