The γ decay of energy relaxed fragments has been studied as a function of the mass asymmetry in the exit channel for the 32S+ 58Ni reaction at 143 MeV. γ-multiplicity and γ-anisotropy data as well as 〈Q〉 values from fragment inclusive measurements show the differences between the deep-inelastic and the ‘‘fission-like’’ regimes. The role of the deformation in the symmetric splitting is outlined for medium mass (A∼100) composite systems.
Selective γ-decay of fission-like fragments in the 32S+58Ni reaction at 143 MeV
VIESTI, GIUSEPPE;
1987
Abstract
The γ decay of energy relaxed fragments has been studied as a function of the mass asymmetry in the exit channel for the 32S+ 58Ni reaction at 143 MeV. γ-multiplicity and γ-anisotropy data as well as 〈Q〉 values from fragment inclusive measurements show the differences between the deep-inelastic and the ‘‘fission-like’’ regimes. The role of the deformation in the symmetric splitting is outlined for medium mass (A∼100) composite systems.File in questo prodotto:
Non ci sono file associati a questo prodotto.
Pubblicazioni consigliate
I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
