Informatica

In this paper the immune network system was presented by the sequence of species with new immunological components allowing more plausible to reflect the immune response processes. The mathematical model oriented to the describing of the more realistic immune processes in the dynamics allowed to organize the computational experiment in the first to demonstrate a possible very complex behavior including chaotic regimes. The results of modeling of dynamic immunological processes with chaotic behavior are represented and considered.

The problem of dust explosion localization in corn processing enterprises is analysed. Condition of flame spread limiting in pipes is defined. Mathematical models of explosion processes are presented, which enable us to choose a mathematical expression form, with regard to desirable process identification accuracy and the complexity of analytic expressions.