Role of deformation in the decay of ${}^{56}$Ni and ${}^{40}$Ca di-nuclei

Abstract

Inclusive as well as exclusive energy spectra of the light charged particles emitted in the ${}^{28}Si(E_{lab}=112.6MeV){+}^{28}Si{,}^{12}C$ reactions have been measured at the Strasbourg VIVITRON facility in the angular range 15^0 - 150^0, using the ICARE multidetector array. The experimental energy spectra of $\alpha$-particles are generally well reproduced by the statistical model with a spin-dependent level density indicating the onset of defomations at high spin.

4 pages, 2 ps Figures included -- Talk given at the International Nuclear Physics Conference INPC98, Paris, France, August, 1998 (Proceedings to be published in Nuclear Physics A, 1999) --

Cited by in corpus (7)

• Dynamical cluster-decay model for hot and rotating light-mass nuclear systems, applied to low-energy ${}^{32}$S + ${}^{24}$Mg ${\to }^{56}$Ni reaction
• Deformation effects in ${}^{56}$Ni nuclei produced in ${}^{28}$Si+${}^{28}$Si at 112 MeV
• Highly deformed ${}^{40}$Ca configurations in ${}^{28}$Si + ${}^{12}$C
• Deformation in 28Si* produced via 16O + 12C reaction
• Exclusive light particle measurements for the system ${}^{19}$F + ${}^{12}$C at 96 MeV
• Light charged particle emission from hot ${}^{32}$S${}^{\ast }$ formed in ${}^{20}$Ne + ${}^{12}$C reaction
• Deformation effects in the ${}^{28}$Si+${}^{12}$C and ${}^{28}$Si+${}^{28}$Si reaction Search