Add to ORKGThe arrangement has two disadvantages: the necessity to monitor composition of the two outlet gas streams, which requires analytical instruments and the strict requirement of equal pressure in both compartments. On the other hand measurement could be carry out in raised temperature and/or pressure. GrahamŽs diffusion cell is based on validity of GrahamŽs law. This cell overcomes both disadvantages of the classic Wicke-Kallenbach cell
Abstract. Two models for combined gas-phase diffusion and advection in porous media, the advective-d...
A rigorous transport theory for a mixture of gases diffusing through a bed of spheres when the tempe...
The purpose of this paper is to suggest a new experimental method for the measurement of surface dif...
Two types of a diffusion cell commonly used for studying of isobaric counter-current diffusion in po...
In order to design reactors for heterogeneous catalytic reactions, the aspect of intraparticle mass ...
The structure of porous solids is traditionally characterized by mercury porosimetry or physical ads...
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...
Wicke-Kallenbach (WK) cells are often used for studying separation and component transport in porous...
The effective diffusion coefficient of the binary gas pair, hydrogen and nitrogen, has been measured...
Understanding gas transport in subsurface systems is necessary for the successful application of inn...
An apparatus utilizing a constant pressure flow system was developed for measuring the effect of pre...
A new experimental technique, extended from similar work on dry materials, is presented for measurin...
Comparing the rates of molecular diffusion in porous materials under different regimes of measuremen...
A method for determining pore-size distrbutions from diffusion measurements is presented. A Wicke-Ka...
Abstract. Two models for combined gas-phase diffusion and advection in porous media, the advective-d...
A rigorous transport theory for a mixture of gases diffusing through a bed of spheres when the tempe...
The purpose of this paper is to suggest a new experimental method for the measurement of surface dif...
Two types of a diffusion cell commonly used for studying of isobaric counter-current diffusion in po...
In order to design reactors for heterogeneous catalytic reactions, the aspect of intraparticle mass ...
The structure of porous solids is traditionally characterized by mercury porosimetry or physical ads...
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...
Wicke-Kallenbach (WK) cells are often used for studying separation and component transport in porous...
The effective diffusion coefficient of the binary gas pair, hydrogen and nitrogen, has been measured...
Understanding gas transport in subsurface systems is necessary for the successful application of inn...
An apparatus utilizing a constant pressure flow system was developed for measuring the effect of pre...
A new experimental technique, extended from similar work on dry materials, is presented for measurin...
Comparing the rates of molecular diffusion in porous materials under different regimes of measuremen...
A method for determining pore-size distrbutions from diffusion measurements is presented. A Wicke-Ka...
Abstract. Two models for combined gas-phase diffusion and advection in porous media, the advective-d...
A rigorous transport theory for a mixture of gases diffusing through a bed of spheres when the tempe...
The purpose of this paper is to suggest a new experimental method for the measurement of surface dif...