الفهرس 
titelOnly 14 pages are availabe for public view
 |  | from | 125 |  |  |
| | | from | 125 | | |
Abstract
In this chapter, the differential cross sections of the reactions 12C
(P,P’) 12C and 16O (P,P’)16O will be calculated. As we did in case of the
elastic scattering, these analyses are based on the SFC model where the
α-nucleon (N) effective interaction and the α- cluster density distribution
of the target nuclei will be used. In this study, the two values of the depth
of the α-nucleon (N) effective interaction 36.4 MeV with the range of
0.265 fm-2 and 47.3 MeV with the range of 0.189 fm-2 will be used and
the differential cross sections of the reactions 12C (P,P’) 12C and 16O (P,P’)
16O will be calculated at two values of the depth.
For Carbon, the differential cross sections at the energies E= 7, 40,
50, 69.5, 96, 122, 182.8 and 300 MeV will be analyzed, at the first
excited state 1+ (E=4.43 MeV) of the energies E=7, 50, 96, 122 and.