Study of deep inelastic reactions within the multidimensional dynamical model of nucleus-nucleus collisions

17 Mar 2016, 13:40
10m
Large Conference Hall, 2nd floor (Bogoliubov Laboratory of Theoretical Physics)

Large Conference Hall, 2nd floor

Bogoliubov Laboratory of Theoretical Physics

Oral Mathematical Modeling and Computational Physics AYSS 2016 competition

Speaker

Vyacheslav Saiko (JINR)

Description

In the present work, the theoretical analysis of deep inelastic collisions (DIC) with heavy ions is performed based on the dynamical model of ion-ion collisions. Studying of this type of nuclear reactions allows one to extract the information about complex interaction of heavy ions with each other leading to the significant dissipation of the initial kinetic energy and the exchange of a large number of nucleons. In addition, DIC is a promising method of producing new isotopes of heavy and superheavy elements unavailable for obtaining in other reactions (fusion, fragmentation). Developed in FLNR JINR the multidimensional dynamic model of nucleus-nucleus collisions allows one to calculate the energy, charge (mass) and angular distributions of products of reactions with heavy ions. This model was tested by well-measured DIC reactions: 136Xe + 209Bi and 136Xe + 208Pb. The calculated characteristics of DIC obtained within our model are in good agreement with the corresponding experimental values.

Primary authors

Dr Alexander Karpov (JINR) Vyacheslav Saiko (JINR)

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