Abstract:
According to actual data, the developed mathematical models and computational schemes of pollutants
transfer give the opportunity to speak about rather realistic forecasts of trajectories of impurity
transfer in the specified regions as well as about values of impurity concentration in the atmosphere.
Program of model implementation and the initial data organization make it possible to modify easily
model settings, to select any region, number of points of integration grid, number of levels, coordinates
of emissions sources, etc. The developed software tools can be used for numerical forecasting
experiments when modeling impurity transfer in the atmosphere from the field of sources with various
intensity and density of polluting substances.
