Abstract
In heavy-ion reactions, nuclei and hypernuclei yields can be emitted from target/projectile redisuals in peripheral collisions. The evaporation and fission yields are investigated at 0.25-2.5 MeV/nucleon excitation energy intervals for source nuclei 235U, 235_Lambda_U, 235_2Lambda_U, 235_3Lambda_U, 235_4Lambda_U, 168Ho, 168_Lambda_Ho, 168_2Lambda_Ho, 168_3Lambda_Ho ve 168_4Lambda_Ho. We have reproduced mass distributions via computer codes by using hyper-SMM model which is based on the statistical multifragmentation model for hypernuclei. Our results can be used for the analyses of the future experiments at FAIR(GSI) and NICA(Dubna).
Highlights
During the last 20 years, the investigations are increased to understand the properties of hypernuclei as theoretically and experimentally
nuclei and hypernuclei yields can be emitted from target
The evaporation and fission yields are investigated at 0.25-2.5 MeV
Summary
During the last 20 years, the investigations are increased to understand the properties of hypernuclei as theoretically and experimentally. One of the main purposes in experiments is to obtain and analyze the hypernuclei to understand phenomenology in nuclear physics. There are many dynamical and statistical models were developed for the theoretical purposes. The hybrid approaches take into account the descriptions of the nonequilibrium dynamical reaction stage, and the following decay of the equilibrated nuclear sources as properly depending on limitited conditions. The statistical models were very successful (SMM (Bondorf et al, 1995) and MMMC (Li et al, 1993)) for the description of the fragment production, so it is started to generalization of model for production of hypernuclei by Botvina and Pochodzalla in 2007 (Botvina and Pochodzalla, 2007)
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