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Information × Registration Number 0215U008370, 0111U006937 , R & D reports Title Physical and information processes in a condensed matter and biological systems with large number of links popup.stage_title Head Vladimir I. Vysotskii, Registration Date 25-12-2015 Organization Taras Shevchenko Kiev university popup.description2 A method of forming coherent correlated states of particles has been developed under either monotonic expansion or compression of the potential well, or the frequency modulation of its parameters, and under the action of asymmetric pulse of a strong magnetic field on partially ionized gas or plasma. The possibilities and preconditions of use of pulsed magnetic field has been considered to control the processes of interaction (including effective energy release) of movable and immovable particles with the surface by forming coherent correlated states of the particles. The methods of optimization of both calculation speed and bond topology compression has been developed, that made it possible to calculate the large systems of neurons and to investigate the multiple chimeric states. It was shown that the chimeric state with spiral movement could be multiple. It was demonstrated that for three-dimensional case there were multiple spiral cross states, vortexlike states, self-intersecting states which have no analogues in the two-dimensional case. A general theory of nonlinear diffusion has been developed. The dynamics of motion of the diffusion front was investigated. The effect of diffusion on solid state contacts was found to have fluctuating nature. The nonlinear diffusion in binary liquid solution under complexation reactions were considered. It was shown that taking into account the possibility of complex formation could explain the nonlinear concentration dependence of the interdiffusion. A solution of the problem of visualization of spatial distributions of the magnetization was obtained by the method of inverse Fourier transformation. The method of recovery of diffusion weighted tomograms was suggested, in which preliminary segmentation of nonweighted tomograms on the field of the same material kind was carried out. Product Description popup.authors Висоцький Володимир Іванович Висоцький Михайло Володимирович Кононов Михайло Володимирович Лемешко Василь Володимирович Максюта Микола Васильович Нетреба Андрій В'ячеславович Обуховський В'ячеслав Володимирович popup.nrat_date 2020-04-02 Close