Elastic Scattering of heavy ion 13C from target nuclei 28Si and 32S at energy 36MeV by Strong Absorption Model (SAM)

Article ID

SFR01030

Elastic Scattering of heavy ion 13C from target nuclei 28Si and 32S at energy 36MeV by Strong Absorption Model (SAM)

Fahmida Sharmin
Fahmida Sharmin
Dr.Md. Azizur Rahman
Dr.Md. Azizur Rahman
DOI

Abstract

The differential cross-section for the elastic scattering of heavy ion 13C from target nuclei 28Si and 32S at 36 MeV projectile energy has been studied in terms of the Strong Absorption Model of Frahn and Venter[1] using the three parameters version of this model. In this paper we find that a reasonably good description to the angular distribution of the experimental elastic scattering data is possible.

Elastic Scattering of heavy ion 13C from target nuclei 28Si and 32S at energy 36MeV by Strong Absorption Model (SAM)

The differential cross-section for the elastic scattering of heavy ion 13C from target nuclei 28Si and 32S at 36 MeV projectile energy has been studied in terms of the Strong Absorption Model of Frahn and Venter[1] using the three parameters version of this model. In this paper we find that a reasonably good description to the angular distribution of the experimental elastic scattering data is possible.

Fahmida Sharmin
Fahmida Sharmin
Dr.Md. Azizur Rahman
Dr.Md. Azizur Rahman

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Fahmida Sharmin. 2014. “. Global Journal of Science Frontier Research – A: Physics & Space Science GJSFR-A Volume 14 (GJSFR Volume 14 Issue A4): .

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Crossref Journal DOI 10.17406/GJSFR

Print ISSN 0975-5896

e-ISSN 2249-4626

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Elastic Scattering of heavy ion 13C from target nuclei 28Si and 32S at energy 36MeV by Strong Absorption Model (SAM)

Fahmida Sharmin
Fahmida Sharmin
Dr.Md. Azizur Rahman
Dr.Md. Azizur Rahman

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