Depending on the rock permeability, different mass transport mechanisms have to be distinguished. Whereas mass transport through porous rocks characterized by low permeabilities is governed by diffusion, mass transport through highly permeable rocks is governed by advection. Coupled diffusive-advective mass transport then plays an important roll in many geoengineering systems, such as mineralization, ore body genesis and pollutant migration (including the transport of bacteria, viruses and other microorganisms). ..
Theoretical and experimental studies of the chemical and physical factors which affect molecular dif...
Solute diffusion in compacted clays depends on ionic strength through its control on the thickness o...
The nature of diffusivity and porosity in crystalline rock was studied by electrical conductivity me...
Depending on the rock permeability, different mass transport mechanisms have to be distinguished. Wh...
Understanding of diffusive mass transport through porous rocks is essential for many applications in...
Depending on the permeability of porous materials, different mass transport mechanisms have to be di...
Depending on the permeability of porous materials, different mass transport mechanisms have to be di...
mainly controlled by mineral spatial arrangements and contents, since micro- to macrostructures of c...
Understanding and predicting mass transfer coupled with solute transport in permeable media is centr...
Intact rock mass is the most suitable geological formation for disposing of hazardous wastes. Hence,...
CO2 that is injected into a geological storage reservoir can leak in dissolved form because of brine...
The transport of ions in colloids, granular and consolidated porous media is important to a wide var...
This work deals with two important factors of the element transport in geological materials. Firstl...
International audienceUnderground media are characterized by their high surface to volume ratio and ...
Solute diffusion in compacted clays depends on ionic strength through its control on the thickness o...
Theoretical and experimental studies of the chemical and physical factors which affect molecular dif...
Solute diffusion in compacted clays depends on ionic strength through its control on the thickness o...
The nature of diffusivity and porosity in crystalline rock was studied by electrical conductivity me...
Depending on the rock permeability, different mass transport mechanisms have to be distinguished. Wh...
Understanding of diffusive mass transport through porous rocks is essential for many applications in...
Depending on the permeability of porous materials, different mass transport mechanisms have to be di...
Depending on the permeability of porous materials, different mass transport mechanisms have to be di...
mainly controlled by mineral spatial arrangements and contents, since micro- to macrostructures of c...
Understanding and predicting mass transfer coupled with solute transport in permeable media is centr...
Intact rock mass is the most suitable geological formation for disposing of hazardous wastes. Hence,...
CO2 that is injected into a geological storage reservoir can leak in dissolved form because of brine...
The transport of ions in colloids, granular and consolidated porous media is important to a wide var...
This work deals with two important factors of the element transport in geological materials. Firstl...
International audienceUnderground media are characterized by their high surface to volume ratio and ...
Solute diffusion in compacted clays depends on ionic strength through its control on the thickness o...
Theoretical and experimental studies of the chemical and physical factors which affect molecular dif...
Solute diffusion in compacted clays depends on ionic strength through its control on the thickness o...
The nature of diffusivity and porosity in crystalline rock was studied by electrical conductivity me...