Elastic scattering of 33S + 33S, 40Ca + 40Ca and 32S + 40, 48Ca

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“…The lower panel shows elastic Mott scattering for the identical ion system 32 S + 32 S. The optical model fits reveal particular sensitivity to the interference pattern as emphasized in the linear plot on the right. The results show an unambiguous preference for a shallow real potential with a small yet significant contribution to the scattering amplitude from very small impact parameters and deep penetration [14]. some of the underlying physics: It was observed a long time ago in symmetric scattering systems that the quantum mechanical Mott oscillations, which arise because the beam-and target-like nuclei are indistinguishable in the exit channel, are sensitive to the small scattering amplitudes from the interior [14].…”

Elastic scattering of35Cl from27Al,58, 62Ni,116, 120, 124Sn and141Pr

“…where the C 1 are the electron scattering half density radii for a two parameter Fermi distribution form factor [17] 32S and 4~ elastic scattering of this analysis are shown in Figure 6 together with the results of [6,7,18] and our 3sC1 results. The prediction given by (7) for the radii from 35C1 elastic scattering in general is too low by 0.04-0.08 fm corresponding to a deviation of _<_ 15 for the reaction cross sections.…”

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“…The lower panel shows elastic Mott scattering for the identical ion system 32 S + 32 S. The optical model fits reveal particular sensitivity to the interference pattern as emphasized in the linear plot on the right. The results show an unambiguous preference for a shallow real potential with a small yet significant contribution to the scattering amplitude from very small impact parameters and deep penetration [14]. ments, from reaction spectroscopy to decay studies and to the measurement of ground-state properties, that allow us to explore the characteristic properties of these unknown regions, to establish new shells and sub-shell closures as well as new regions of collectivity, and in some respects perhaps to reveal sensitivities to the underlying effective forces and mean field parameters of the nuclear many-body system that may be hidden in the more tightly bound, isospin symmetric systems in the valley of stability.…”

“…Figure 11 shows an example of a fusion reaction study at low energies. If indeed, as sometimes speculated, this reflects the repulsive nature of the inner part of the scattering potential a specially designed scattering experiment might help reveal some of the underlying physics: It was observed a long time ago in symmetric scattering systems that the quantum mechanical Mott oscillations, which arise because the beam-and target-like nuclei are indistinguishable in the exit channel, are sensitive to the small scattering amplitudes from the interior [14]. This is illustrated in Fig.…”