Abstract
The elastic scattering data of alpha particles from(32)S at incident energy of 386 MeV have been reanalyzed. Both imaginary phenomenological Woods Saxon(WS) form and real double folding (DF) optical model based on DDM3Y interaction with and without renormalization factor by adding the dynamic polarized potential are used. A new forms for the cluster density is employed for the first time. A comparison between our results with available data in literatures measured for angular distributions of the differential cross sections has been presented. We reproduced the data successfully to validate our method of calculation.