Recent recognition of colloid and colloida-ssociated transport of strongly sorbing
contaminants in fractured rocks highlights the importance of exploring the transport behavior …

Laboratory and field studies have demonstrated that dispersion coefficients evaluated by
fitting advection‐dispersion transport models to nonreactive tracer breakthrough curves do …

Fractures in geological formations may enable migration of environmentally relevant fluids,
as in leakage of CO2 through caprocks in geologic carbon sequestration. We investigated …

The study on fluid flow and transport processes of rock fractures in most practical
applications involves two fundamental issues: the validity of Reynolds equation for fluid flow …

The rate and extent of transport of macromolecules and other solutes into cellulosic
materials and fibers have important applications in such fields as papermaking, textiles …

Acidic reactive flow in fractures is relevant in subsurface activities, such as CO2 geological
storage and hydraulic fracturing. Understanding reaction-induced changes in fracture …

The purpose of this study was to examine the mechanisms responsible for deposition and
transport of amphiphilic colloids with a wide range of particle sizes (20− 420 nm) through …

This paper presents a new method—the Technique of Iterative Local Thresholding (TILT)—
for processing 3D X-ray computed tomography (xCT) images for visualization and …

In this work we derive expressions for the effective velocity and effective dispersion
coefficient for finite-sized spherical particles with neutral buoyancy flowing within a water …

Understanding transport in rough fractures from non-Fickian to Fickian regimes and the
prediction of non-Fickian transport is critical for the development of new transport theories …