This series of papers addresses the transport of reactive solutes in groundwater. In part 1, the time-dependent effective retardation factor, R∼eff(t), of reactive solutes undergoing equilibrium sorption is linked to hierarchical stratal architecture using a Lagrangian-based transport model
Groundwater resources are very important to guarantee sufficient fresh water supply worldwide. To en...
The transport of reactive solutes in the subsurface is influenced by a variety of physical and chemi...
Groundwater has always played an important role in human history. Groundwater contamination has been...
This series of papers addresses the transport of reactive solutes in groundwater. In part 1, the tim...
This dissertation addresses the transport of reactive solutes in groundwater. The goal is to better ...
This series of papers addresses the transport of sorbing solutes in groundwater. In part 2, plume di...
Physical and chemical heterogeneities have a large impact on reactive transport in porous media. Exa...
Modeling coupled reactions and flow in porous formations is extremely important for predicting the f...
We address Lagrangian dispersion of reactive solutes in the framework of the formulation of transpor...
Reactive Transport Models (RTMs) provide quantitative tools to analyze the interaction between trans...
We present a model for upscaling the time-dependent effective retardation factor, R˜(t), in hierarch...
Groundwater resources are very important to guarantee sufficient fresh water supply worldwide. To en...
The transport of reactive solutes in the subsurface is influenced by a variety of physical and chemi...
Groundwater has always played an important role in human history. Groundwater contamination has been...
This series of papers addresses the transport of reactive solutes in groundwater. In part 1, the tim...
This dissertation addresses the transport of reactive solutes in groundwater. The goal is to better ...
This series of papers addresses the transport of sorbing solutes in groundwater. In part 2, plume di...
Physical and chemical heterogeneities have a large impact on reactive transport in porous media. Exa...
Modeling coupled reactions and flow in porous formations is extremely important for predicting the f...
We address Lagrangian dispersion of reactive solutes in the framework of the formulation of transpor...
Reactive Transport Models (RTMs) provide quantitative tools to analyze the interaction between trans...
We present a model for upscaling the time-dependent effective retardation factor, R˜(t), in hierarch...
Groundwater resources are very important to guarantee sufficient fresh water supply worldwide. To en...
The transport of reactive solutes in the subsurface is influenced by a variety of physical and chemi...
Groundwater has always played an important role in human history. Groundwater contamination has been...