CYBERNETIC MODELING OF ELECTRONIC POLARIZATION OF XENON
The article is concerned with efficiency of practical use of linear dynamic model of the elastic electronic polarization process. The results of simulation of optical ranges of the inert gas are given here. These results were obtained by calculating on the basis of classical model of complex dielectric permeability, and by means of its cybernetic treatment.
Keywords: electronic configuration; complex dielectric permeability; optical indicator of refraction.