Complex analysis of scattering 1p-shell nuclei in the framework of coupled channel method

The scattering process on 1p-shell nuclei, having the cluster structure, can be seen in the anomaly increasing of cross sections for large angles. Most often, this increasing of cross sections is connected with mechanism of transfer of clusters or nucleons. The study of the α-cluster transfer mechan...

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Bibliographic Details
Published in:	Journal of physics. Conference series 2016-04, Vol.703 (1), p.12022
Main Authors:	Nassurlla, M, Burtebayev, N, Duisebayev, A, Burtebayeva, J, Spitaleri, C, Urkinbayev, A, Rusek, K, Piasecki, E, Kliczewski, S, Trzcinska, A, Sakuta, S B, Boztosun, I, Artemov, S V, Galanina, L I
Format:	Article
Language:	eng
Subjects:	Angular distribution Clusters Cross sections Data analysis Elastic scattering Heavy ions Nuclei
Online Access:	Get full text
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Summary:	The scattering process on 1p-shell nuclei, having the cluster structure, can be seen in the anomaly increasing of cross sections for large angles. Most often, this increasing of cross sections is connected with mechanism of transfer of clusters or nucleons. The study of the α-cluster transfer mechanism in the elastic scattering of 20Ne ions on 16O nuclei is important for investigation burning process in evolution of the Universe immediately after the Big-Bang. Therefore new experiment on the heavy ion accelerator (Warsaw University) was carried out with a significant expansion of the range of angles up to 1700 in center mass system at ELab=50.0 MeV. Data analysis of angular distribution was performed in framework of the optical model and coupled channel method. The optimal parameters of the optical potential were obtained and the spectroscopic factor was obtained 1 for 20Ne as α +16O.
ISSN:	1742-6588 1742-6596