Elastic Scattering of 28Si from Target Nuclei 27Al at Energies 70, 80, 90 and 100 Mev by Strong Absorption Model (SAM)
Elastic scattering, SAM, strong absorption model
Abstract
The differential cross-section for the elastic scattering of heavy ion 28Si from target nuclei 27Al at different projectile energies 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.
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W Frahn, R Venter (1963) Strong absorption model for elastic nuclear scattering. Part I. 24, 243-288.
W Frahn (1963) fundamental in nuclear theory (IAEA). 243.
A Md, H Rahman, A Sen Gupta And M Rahman ; Md, H Rahman, Sen Gupta, M Rahman (1991) Unknown Title. 44, 107.
D Sarkar, Md Rahman, H Sen, Gupta (1993) Unknown Title. 851, 107A.
D Sarkar, L Saha, Md Rahman, H Sen, Gupta (1993) Unknown Title.
D Sarkar, H Kabir, A Md, H Rahman, Sen, Gupta (2000) Unknown Title. 471.
S Khallaf, A El-Attar, M El-Azabfarid (2002) Unknown Title. 5, 402.
S Charagi, S Gupta, M Betigeri, C Farnandes, Kuldeep (1993) Unknown Title. 48(3), 1153.
D Gary, S Westfall, H Zaidi, L Bidasaria, J Townsend, Wilson (1976) Unknown Title. 14, 610.
M Rahman, A Banerjee, H Sen, Gupta (1968) Unknown Title. 49, 320.
S Khallaf, A El-Attar, M El-Azab Farid (1982) Elastic scattering of12C ions using the Watanabe superposition model. 8(12), 1721-1726.
H Bidasaria, L Townsend, J Wilson (1983) Theory of carbon-carbon scattering from 200 to 290 MeV. 9(1), L17-L20.
M Brandan (1983) 12C-12C total and reaction cross sections between 6 and 85 MeV/A from an optical-model analysis. 9(2), 197-203.
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2012-10-17
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