SIMULATION OF SYSTEMS WITH CHAOS OF CHEMICAL COMPOSITION USING STOCHASTIC METHODS
As a simulation result of functions of a probability distribution in one-dimensional and two- dimensional systems with chaos in chemical composition, to which difficult natural and techno- genic mixes, for example, oil hydrocarbonic systems belong, it is established that normal distribu- tion of composition is observed at probability of components differences in the range from 0.2 to0.8. This means that the normal distribution of free energy, and the boiling temperatures are achievable in systems where the ratio of number of components with different properties to the total number of components is 20-80 %. The borders of difference probability are established, which define the belonging of systems to different types of distribution. At a share of the differing on properties components of 1-8.5 % the distribution is close to Poisson's distribution. When the probability components differences in range from 0.085 to 0.2 it is observed the region of unstable distribution.