Surface reactions such as the adsorption and desorption at boundaries are very common for
solute dispersion in many applications of chemistry, biology, hydraulics, etc. To study how …

Understanding the statistics of bedload particle motions is of great importance. To model the
hop events which are defined as trajectories of particles moving successively from the start …

Researches on the solute dispersion with boundary adsorption and desorption are common
in various fields, such as chemistry, biology, and hydraulics. However, the Laplace …

The analysis of Taylor dispersion in a fluid flowing through a narrow pipe is of considerable
interest among the scientific community. Most of the studies on dispersion primarily …

Previous applications of Gill's generalized dispersion model in the description of solute
transport in Poiseuille flow with wall absorption used only the long-time asymptotic values of …

Active particles often swim in confined environments. The transport mechanisms, especially
the global one as reflected by the Taylor dispersion model, are of great practical interest to …

Thin phytoplankton layers with vertically compressed structures found in stratified lakes and
coastal water bodies have been a hot-spot in marine science and fluid mechanics. Although …

Predicting the concentration distribution of solute transport in vegetated flows is significant
for associated environmental applications in water resources. While a semianalytical study …

In this work, the classic problem in environmental hydraulics of solute dispersion in an open
channel turbulent flow is analytically investigated by Gill's generalized dispersion model to …

Unsteady solute dispersion in pulsatile non-Newtonian flow in a circular tube has been
investigated considering higher order moments using the Aris's method of moments. The …