Multifragment emission in reactions induced by 0.90 and 3.6 GeVHe3ions on

Abstract

Multifragment events for intermediate-mass fragments (3<Z< 12) with multiplicity up to four have been observed in the reaction of 0.90 and 3.6 GeV ^He ions with """^Ag nuclei. Fragment energy spectra and angular distributions are found to be dependent on event multiplicity. The data suggest significant modification of the Coulomb field of the emitting source.

Inclusive fragment production in84Kr +197Au atE/A=35 MeV

“…From the comparison to reactions with 12C and 4~ projectiles at E/A = 30 MeV a systematics of inclusive fragment production as a function of the projectile mass is obtained. 25.70.Lm; 25.70.Mn; 25.70.Pq to 3.6 GeV, they seem to be associated with the larger IMF multiplicities [ 11 ]. …”

Energy dissipation and multifragment decay in theHe3+Kwiatkowski1, Friedman2, Woo3 et al. 1994Phys. Rev. CSelf Cite18140View full textAdd to dashboardCite

“…More recently, inclusive studies of the 3He+" t&g system at energies up to 0556 3.6 GeV have suggested a change in mechanism at bombarding energies in the vicinity of 1.8 GeV total energy [27]. Subsequent coincidence studies [8] with sHe beams have demonstrated the existence of multi&agmentation events for this system. In the present work we examine these latter results in the context of a model in which the energy dissipation stage is described by the intranuclear cascade code (INC) [13] and the decay is described by an expanding, emitting source (EES) undergoing statistical decay [1].…”

Intermediate mass fragment production in central collisions of intermediate energy heavy ions

“…Recently the production of intermediate mass fragments from the reaction of 600 MeV/nucleon Au incident on a variety of targets has been investigated [8,9]. Production of IMFs has also been examined in reactions of ^He + Ag from 160 to 1200 MeV/nucleon [10,11]. In all these experiments the cross sections of emitted fragments were observed to have a power-law dependence on the charge of the fragment.…”