ISSN: 2161-0398
+44 1478 350008
B Ganhuyag and V V Uzhinskii
Mongolian Academy of Sciences, Mongolia
Joint Institute for Nuclear Research, Russia
Posters & Accepted Abstracts: J Phys Chem Biophys
The model parameters are found and corresponding changes of the code are proposed that allow one to describe satisfactorily according to the author point of view the np-collisions under the study. In particular, it allows description of meson rapidity and transverse momentum distributions. The modified FRITIOF model reproduces qualitatively also the relations between the topological cross-sections of the reactions. The changes are in the treatment of character of low mass string decay and the probability of the string creation. The model can be used at a description of diffraction dissociation and at analysis of nucleusnucleus collisions both at intermediate and high energies. The results of neutron-neutron and nucleon-nucleon interactions were then constructed. The dependence of the mean pion multiplicity in proton-nucleus and central nuclear collisions are studied as a function of the collision energy and the nucleus mass number. The model shows good agreement mesons.