Datasets used by "Upscaling Solute Transport in Rough Single-Fractured Media with Matrix Diffusion Using Time Fractional Advection-Dispersion Equation
It has been recognized that matrix diffusion is an important process for retarding solute transport...
This paper presents solute concentration profiles with constant, linear and exponential distance-dep...
We propose a new definition of the normal fracture diffusion-dispersion coefficient for a reduced mo...
Non-Fickian solute transport models were investigated in the case of mildly heterogeneous porous med...
Solute transport in fractured porous media is typically 'non-Fickian'; that is, it is characterized ...
As it moves through an aquifer, a dissolved solute plume will evolve according to the complex hetero...
Solute transport in the fractured porous confined aquifer is modeled by the advection-dispersion equ...
The classical Fickian model for solute transport in porous media cannot correctly predict the spread...
The classical Fickian model for solute transport in porous media cannot correctly predict the spread...
A recently introduced theory of solute transport in porous media is tested by comparison with experi...
The paper provides an introduction to fundamental concepts of mathematical modeling of mass transpor...
Solute transport in the fractured porous confined aquifer is modeled by the advection-dispersion equ...
International audienceThis paper is devoted to theoretical and experimental investigations of solute...
The solute transport in the fractured rock is dominated by a single fracture. The geometric characte...
Solute transport through homogeneous media has long been assumed to be scale-independent and can be ...
It has been recognized that matrix diffusion is an important process for retarding solute transport...
This paper presents solute concentration profiles with constant, linear and exponential distance-dep...
We propose a new definition of the normal fracture diffusion-dispersion coefficient for a reduced mo...
Non-Fickian solute transport models were investigated in the case of mildly heterogeneous porous med...
Solute transport in fractured porous media is typically 'non-Fickian'; that is, it is characterized ...
As it moves through an aquifer, a dissolved solute plume will evolve according to the complex hetero...
Solute transport in the fractured porous confined aquifer is modeled by the advection-dispersion equ...
The classical Fickian model for solute transport in porous media cannot correctly predict the spread...
The classical Fickian model for solute transport in porous media cannot correctly predict the spread...
A recently introduced theory of solute transport in porous media is tested by comparison with experi...
The paper provides an introduction to fundamental concepts of mathematical modeling of mass transpor...
Solute transport in the fractured porous confined aquifer is modeled by the advection-dispersion equ...
International audienceThis paper is devoted to theoretical and experimental investigations of solute...
The solute transport in the fractured rock is dominated by a single fracture. The geometric characte...
Solute transport through homogeneous media has long been assumed to be scale-independent and can be ...
It has been recognized that matrix diffusion is an important process for retarding solute transport...
This paper presents solute concentration profiles with constant, linear and exponential distance-dep...
We propose a new definition of the normal fracture diffusion-dispersion coefficient for a reduced mo...
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