Contaminant breakthrough behavior in a variety of heterogeneous porous media was
measured in laboratory experiments, and evaluated in terms of both the classical advection …

This review focuses on investigations of groundwater flow and solute transport in karst
aquifers through laboratory scale models (LSMs). In particular, LSMs have been used to …

Groundwater modeling has become a vital component to water supply and contaminant
transport investigations. An important component of groundwater modeling under steady …

Mixing processes significantly affect and limit contaminant transport and transformation rates
in the subsurface. The correct quantification of mixing in groundwater systems must account …

As a first step toward understanding the role of sedimentary structures in flow and transport
through porous media, this work deterministically examines how small‐scale laboratory …

Intermediate-scale laboratory experiments on heterogeneous porous media have been
increasingly used for the study of saturated and unsaturated ground water systems. While …

Tracing techniques are commonly used to investigate groundwater quality and dynamics, as
well as to measure the hydrogeological parameters of aquifers. The last decade has seen a …

Tracer tests have been performed on a 3D tank of dimensions 560× 100× 100 cm3. These
experiments at laboratory scale are used to define effective hydraulic conductivity and …

Scale dependence of dispersion coefficient (D) in the advection-dispersion equation (ADE)
for solute transport in porous media was investigated by a series of experiments using …

In this study we describe and compare photometric and resistivity measurement
methodologies to determine solute concentrations in porous media flow tank experiments …