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Title: The Methanol Adsorption in Microporous Alumina Agglomerates
Authors: Drahan, Hryhorii S
Драган, Григорій Сильвестрович
Драган, Григорий Сильвестрович
Kutarov, Volodymyr V.
Кутаров, Володимир Володимирович
Кутаров, Владимир Владимирович
Poletaev, Nikolai I.
Полетаєв, Микола Іванович
Полетаев, Николай Иванович
Kolesnykov, Kyrylo
Khlebnikova, Mariya
Citation: Colloids Interfaces
Issue Date: 2019
Keywords: adsorption slit-like pores
aluminum oxide agglomerates
porous bodies
Series/Report no.: ;Vol. 3, Is. 1, 22.
Abstract: We have studied theoretical and experimental methods of methanol adsorption in micropores of aluminum oxide agglomerates obtained by gas-dispersion synthesis. It is shown that the necessity to use strict equations based on the theory of volume filling of micropores, which implies a physical and formal analogy between the volume filling of micropores and capillary condensation, for qualitative and quantitative description of adsorption equilibrium in open slit-like micropores. The applicability of the proposed equations for the description of adsorption equilibrium in such systems is demonstrated on the example of experimental methanol adsorption/desorption isotherm on the aluminum oxide, which possesses a microporous structure.
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