INFLUENCE OF THE CHARACTERISTICS OF A NANOPOROUS MATERIAL ON NONWETTING-LIQUID FLOW UNDER AN IMPULSE ACTION

The infl uence of the parameters of a nanoporous material (mass, pore size, surface modifi cation) on the character of response of the system "nanoporous material–nonwetting liquid" to an impulse (shock) action has been investigated. Series of experiments with Fluka 100 C₁₈ (#60756-50G), Fluka 90 C₁₈ (#60757-50G), and Fluka 100 C₈ (#60755-50G) nanoporous materials and distilled water have been conducted at diff erent masses of the samples in the system and diff erent energies of the shock action. Energies expended in fi lling the samples under study with distilled water and in it fl owing out of them subsequently have been obtained and the maximum velocity of fl ow of distilled water in the samples′ nanopores have been computed. Based on the obtained dependences, the conclusions have been drawn on the infl uence of the parameters of the materials under study and the shock energy on the response of the system "nanoporous material–nonwetting liquid" to the external impulse action.
The infl uence of the parameters of a nanoporous material (mass, pore size, surface modifi cation) on the character of response of the system "nanoporous material–nonwetting liquid" to an impulse (shock) action has been investigated. Series of experiments with Fluka 100 C₁₈ (#60756-50G), Fluka 90 C₁₈ (#60757-50G), and Fluka 100 C₈ (#60755-50G) nanoporous materials and distilled water have been conducted at diff erent masses of the samples in the system and diff erent energies of the shock action. Energies expended in fi lling the samples under study with distilled water and in it fl owing out of them subsequently have been obtained and the maximum velocity of fl ow of distilled water in the samples′ nanopores have been computed. Based on the obtained dependences, the conclusions have been drawn on the infl uence of the parameters of the materials under study and the shock energy on the response of the system "nanoporous material–nonwetting liquid" to the external impulse action.
Author:  I. A. Khlistunova, A. A. Belogorlov
Keywords:  nonwetting liquid, nanoporous material, fl ow, impulse action
Page:  1514