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Information × Registration Number 0224U031437, 0122U001979 , R & D reports Title Methods and high-performance technologies of mathematical modeling and functional identification of complex multicomponent systems and processes (nanoporous and nanoscale structures, safe energy objects, cognitive systems) popup.stage_title Head Petryk Mykhailo R., к.т.н. Registration Date 26-04-2024 Organization Ternopil National Technical University named after Ivan Puluj popup.description2 New scientific mathematical models of complex nanoporous systems and nanoprocesses occurring in them have been developed, taking into account the factors of influence of internal and surface physico-chemical factors and mechanisms of competitive influences and adiabatically included interactions, activation energies and non-isothermal Langmuir equilibrium. High-speed analytical solutions of competitive non-isothermal adsorption and desorption systems in nanoporous media using Heaviside’s method are obtained. A computer 2-D MC simulation model of of competitive adsorption kinetics of different-sized nanoporous spherical and spherorectangular particles with different parameter ratios are developed. On this basis, matrix high-performance algorithms and computational procedures were built to implement parallelization of calculations for the studied models of nanoporous and nanoscale systems using multi-core computer architectures. The models of multi-parameter identification of complete and incomplete adsorption models of complex systems of multi-component competitive diffusion of hydrocarbons in modern nanoporous materials of the ZSM-5 zeolite, as multi-component systems of controlling emissions into the atmosphere are obtained. High-speed identification algorithms of kinetic parameters of multicomponent competitive adsorption of hydrocarbons using supercomputers and cloud computing were built. Developed architecture and software implementation of algorithms for identification of active parameters of complex systems and interface interactions in functional nanoporous and nanosized materials under the conditions of their application in complex systems of safe and renewable energy, electronics, control of cleaning of industrial gas emissions and other industries. Product Description popup.authors Balaban Stepan M. Bachynskyi Mykhailo V. Boiko Ihor V. Vasyliv Mykola V. Kyshkevych Oleh O. Kovbashyn Vasyl I. Konovalenko Ihor V. Lebovka Mykola I. Pleskun Mykhailo I. Popov Oleksandr V. Romanovska Liliia M. Sydoruk Volodymyr A. Tsupryk Halyna B. Chyzh Vitalii M. popup.nrat_date 2024-04-26 Close