Add to ORKGTwo types of a diffusion cell commonly used for studying of isobaric counter-current diffusion in porous solids are compared. Both cells enable determination of diffusion coefficients and transport characteristics of porous materials. Transport parameters are material constants of the porous solids and can be evaluated through application of a suitable model of porous solids to results of measurements of transport processes withing the porous structur
The nature of diffusivity and porosity in crystalline rock was studied by electrical conductivity me...
The article deals with chromatographic determination of transport characteristics of porous solids
Název práce: Studium transportu látek v pórovitých materiálech Autor: Mikuláš Peksa Katedra fyziky n...
The structure of porous solids is traditionally characterized by mercury porosimetry or physical ads...
The arrangement has two disadvantages: the necessity to monitor composition of the two outlet gas st...
Based on a study of a set of porous materials with wide range of mean pore radii (from 50 to 3000 nm...
Structure parameters of gas transport (D\u27Arcy flow, Knudsen diffusion and molecular diffusion) th...
The characterization of the gas transport properties of porous solids is of interest in several fiel...
In order to design reactors for heterogeneous catalytic reactions, the aspect of intraparticle mass ...
The effective diffusion coefficient of the binary gas pair, hydrogen and nitrogen, has been measured...
© 2009 Arash Mohajeri.Estimation of effective diffusion coefficients is essential to be able to desc...
The aim of the thesis is to present and analyze two particular problems of transport in porous media...
A new theoretical approach has been established to define transport coefficients of charge and mass ...
The mechanism of molecular diffusion controls the migration of contaminants in very low-permeability...
A new experimental technique, extended from similar work on dry materials, is presented for measurin...
The nature of diffusivity and porosity in crystalline rock was studied by electrical conductivity me...
The article deals with chromatographic determination of transport characteristics of porous solids
Název práce: Studium transportu látek v pórovitých materiálech Autor: Mikuláš Peksa Katedra fyziky n...
The structure of porous solids is traditionally characterized by mercury porosimetry or physical ads...
The arrangement has two disadvantages: the necessity to monitor composition of the two outlet gas st...
Based on a study of a set of porous materials with wide range of mean pore radii (from 50 to 3000 nm...
Structure parameters of gas transport (D\u27Arcy flow, Knudsen diffusion and molecular diffusion) th...
The characterization of the gas transport properties of porous solids is of interest in several fiel...
In order to design reactors for heterogeneous catalytic reactions, the aspect of intraparticle mass ...
The effective diffusion coefficient of the binary gas pair, hydrogen and nitrogen, has been measured...
© 2009 Arash Mohajeri.Estimation of effective diffusion coefficients is essential to be able to desc...
The aim of the thesis is to present and analyze two particular problems of transport in porous media...
A new theoretical approach has been established to define transport coefficients of charge and mass ...
The mechanism of molecular diffusion controls the migration of contaminants in very low-permeability...
A new experimental technique, extended from similar work on dry materials, is presented for measurin...
The nature of diffusivity and porosity in crystalline rock was studied by electrical conductivity me...
The article deals with chromatographic determination of transport characteristics of porous solids
Název práce: Studium transportu látek v pórovitých materiálech Autor: Mikuláš Peksa Katedra fyziky n...