Investigation of determined chaos in dynamics of solitons, fields of young-mills and heteropolar moleculas

Non-linear physical systems are considered in the paper aiming at the chaos investigation in dynamics of Schrodinger's solitons, fields of Young-Mills, brizers of sine-Gordon and heteropolar moleculas. As a result the stability and stochasticity of reduced Schrodinger's solitons, fields of Young-Mills-Higgs, a speed of the diffusion dissociation of a hetropolar molecula have been investigated. Recommendations for the optimization of transmission characteristics of fibrous-optic communication lines, noise parameters, devices on Josephson's contacts have been given. The confinement interpretation has been represented as well as data for the laser catalysis of chemical reactions. Methods of the dynamic calculation of solitons, fields of Young-Mills, heteropolar moleculas have been introduced into operation in Saratov State University. The improvement of the analysis methodology of the soliton system chaotic state in external fields, fields of Young-Mills, the influence of the laser IR-radiation on the molecula dissociation speed is the result of the introduction. The paper results may find their field of application in theory of dynamic systems, physics of elementary particles and moleculasAvailable from VNTIC / VNTIC - Scientific & Technical Information Centre of RussiaSIGLERURussian Federatio