Eikonal Approximation for K+–Nucleus Elastic Scattering

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International Journal of Computational and Experimental Science Engineering
Volume:8 Issue:2
Eikonal Approximation for K+–Nucleus Elastic Scattering

Eikonal Approximation for K+–Nucleus Elastic Scattering

Authors : Nagat ELMAHDY, Haytham GAMAL

Pages : 40-48

Doi:10.22399/ijcesen.1079685

View : 11 | Download : 10

Publication Date : 2022-07-31

Article Type : Research Paper

Abstract :The elastic scattering of kaons from different targets 6Li, 12C, and 40Ca at energies 635, 715, and 800 MeV have been studied. The equivalent local potential form of Kisslinger optical potential with the eikonal approximation using Wallace expansion up to the 2nd order have been used. The potential depends on the density of the target nuclei, and the scattering amplitude parameters. Satisfactory fits to the elastic scattering experimental data are obtained.
Keywords : Equivalent local potential, Eikonal approximation, Scattering amplitudes parameters

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