Elastic Scattering Reaction of on Partial Wave Scattering Matrix, Differential Cross-Section and Reaction Cross-Section at Laboratory Energies of 5-15 Mev: An Optical Model Analysis.

Arusei Geoffrey Kipkorir, Yegon Geoffrey Kipkoech, Samwel K. Rotich, Ronoh K. Nixon, R.K. Koech, D.K Choge


The nuclear optical model has been used in the analysis of elastic scattering for the reaction . This model has six optical parameters; the depth, Coulomb radius and the diffuseness on both the real part and imaginary part potentials. Out of the six, five parameters were chosen and for this case diffuseness parameter on the imaginary part was kept constant. The five parameters were used to calculate the partial wave S-matrix, the differential cross section and the reaction cross section as a ratio to Rutherford cross section. The partial wave scattering data was obtained basing on the quantum mechanical optical code for all the stated Laboratory energies. The angular distribution for the reaction  for both reaction cross section to the Rutherford cross-section and differential cross section ranging from centre of mass angles  of  were also obtained for all the energies, (  and  MeV) and whose data and graphs are presented.

Key words: Differential cross-section, Reaction cross-section and Partial scattering matrix.

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ISSN (Paper)2224-719X ISSN (Online)2225-0638

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