Author(s) Abdolmajid Izadpanah^*, Marzieh Yousefi

Affiliation(s)
Department of Physics, Golestan University, Gorgan, Iran.
Department of Physics, School of Fariman Payame Nor, Fariman, Iran.

ABSTRACT

A semimicroscopic analysis of a set of experimental data of elastic α + ¹²C scattering was performed at several laboratory energies. The Woods-Saxon parameters were adjusted to obtain the best χ² fit to the scattering data. The energy systematics of the positions of Airy minima was constructed, and it was shown that their positions depend linearly on the inverse center of mass energy. The parameters of the model potential have been determined unambiguously. It has been shown that the energy dependence of the volume integrals satisfies the dispersion relation and agrees well with the results obtained within a phenomenological analysis. Also, it has been shown that the found positions of the Airy minima satisfy the rule of the quadratical dependence of the position of the Airy minima on the reduced mass of the colliding nuclei.

KEYWORDS
Nuclear Dispersion Anomaly, Optical Model Potential, Nuclear Rainbow, Airy Minima

Cite this paper
Izadpanah, A. and Yousefi, M. (2014) Semimicroscopic Dispersive Analysis of Nuclear-Nuclear Collisions on the Basis of Folding Potential. Journal of Modern Physics, 5, 1109-1116. doi: 10.4236/jmp.2014.512113.

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