Search academic texts

Information × Registration Number 0221U103748, 0118U000199 , R & D reports Title Energy efficiency of sources of infrared radiation on the basis oxide fractal structures of in the smoke plasma . popup.stage_title Head Kutarov Volodymyr V, Registration Date 24-02-2021 Organization Odessa I. I. Mechnikov National University popup.description2 The object of the research is IR emitters which are based on fractal clusters of metal oxides in smoky plasma. The subject of the study is the mechanisms of the processes that determine the energy efficiency of IR emitters which are based on clusters in smoky plasma using the theory of fractal structures by determining the dependence of IR radiation on the size and concentration of pores in the agglomerate, and their dependence on the size and charge state of metal oxide particles. The goal of this work is to create thermodynamic models of IR emitters based on fractal clusters of metal oxides in the smoky plasma of metallized compositions and to determine the energy efficiency of plasma radiation. The research presents new methods. The use of dimension theory to obtain the Poisson-Boltzmann equation in a reduced state with the introduction in the right-hand side of the equation of the defining criterion for the ratio of potential forces in the fields of ions and electrons. A new method for calculating the fractal dimension for a variety of plasma states. An improved method for describing thermodynamically irreversible adsorption for microporous and supermicroporous structures based on the thermodynamics of small systems, using the Kelvin equation, in which the potential energy of the molecular associate is the control parameter. A new method for determining the energy efficiency of infrared emitters based on fractal structures of smoky plasma, both single type and spatial ordered structures.   Product Description popup.authors Ahmerov Oleksandr Yu. Bondarev Victor M Britavskiy Evgen V Dragan Griroriy S Kolesnikov Kirilo V Rimashevskiy Oleksandr A Shyngaryov Griroriy L popup.nrat_date 2021-02-24 Close