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THE BOUNDARY DIMENSIONS OF THE ACTIVITY OF NANOPARTICLES ON MUTUALLY SIMILAR CARBON FIBERS
T.H.Rakhimov, M.G.Mukhamediev, N.M.Rustamova
Nashr: №97
04.02.2023
766 marta o'qildi
401 ta yuklash
11 bet
Annotatsiya
In this paper, for the first time using a computer program calculated the boundary dimensions of existence nanoproperties in palladium-containing nanocatalysts of low-temperature oxidation of COand show that the boundary size of nanoparticles depend on the nature of the carbon fiber and the degree ofreduction of palladium nanoparticle
Kalit so'zlar:
nanosystem
nanoproperties
bearernanocatalysts
carbon fibers
palladium
boundary size. By regulation of synthesis parameters it is possible to obtainenanocatalysts with different average sizes and dispersion by dimentions. The primary question is - whether the nature of the bearer has influenced of the dimentionsof active fractions or themselves active particles with the same dimensions regardless of the nature of the bearer? The latter is the most probable
especially at using of inert materials like carbon fibers as bearer