Soil column experiments in both the saturated and unsaturated regimes are widely used for
applied and theoretical studies in such diverse fields as transport model evaluation, fate and …

The dispersion coefficient is a key physical parameter for enhanced gas recovery (EGR) and
reflects the degree of mixing between the displacing-fluid CO 2 and natural gas. However …

Solute transport in unsaturated porous materials is a complex process, which exhibits some
distinct features differentiating it from transport under saturated conditions. These features …

Fractured rocks in the subsurface are ubiquitous, and the dynamics of mass transfer in
fractured rocks plays an important role in understanding the problem in engineering geology …

This study introduces PoreFlow, a pore-network modeling tool capable of simulating fluid
flow and multi-component reactive and adsorptive transport under saturated and variably …

Experimental and theoretical studies were undertaken to explore the coupled effects of
chemical conditions and pore space geometry on bacteria transport in porous media. The …

Packed column and mathematical modeling studies were conducted to explore the influence
of water saturation, pore-water ionic strength, and grain size on the transport of latex …

This text combines the science and engineering of hydrogeology in an accessible,
innovative style. As well as providing physical descriptions and characterisations of …

It is commonly assumed a priori that solute transport experiments conducted in
homogeneously repacked laboratory columns can be described by the advective‐dispersive …

This study proposed a new mobile‐immobile model (MIM) to describe reactive solute
transport with scale‐dependent dispersion in heterogeneous porous media. The model was …