Real and imaginary optical potential and differential cross-section evaluation by Eikonal approximation at high energies

Various bombardment energy using to evaluate the differential cross-sections of elastic and inelastic scattering of 6Li. A six-variable virtual optical model with Wood-Saxon form factors was used. The unique efforts achieved demonstrate a minimal dependency on the goal mass, allowing 208Pb possible characteristics to be predicted. In the center mass system; the angular distributions of the 6Li+208Pb interaction of incident ray energies in the angular range (0°-180°) were calculated. Where approximate calculations were done using a restricted range of distorted waves and found to be somewhat successful in replicating the experimental angular distribution shape.