الفهرس 
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Abstract
Angular distributions of the differential cross section of charged
pions elastic and inelastic scattering from 28Si, 32S and 40Ca targets and
positive kaons elastic and inelastic from 12C and 40Ca targets have been
analyzed using the nuclear optical potential model. The real part of the
nuclear optical potential is calculated in the framework of the alphaclustering
single folding (SF) model where the folding calculations are based
on the alpha-cluster structure of the targets with the imaginary part which is
taken in a phenomenological Woods-Saxon form. The effective pion-alpha or
kaon-alpha interaction is taken in the Gaussian form and the nuclear density
is taken in a cluster form.
The elastic scattering has been carried out for + 28Si at energies