Environmental applications of nanoparticles (NP) increasingly result in widespread NP
distribution within porous media where they are subject to various concurrent transport …

Injection of surface modified zero valent iron nanoparticles for in situ remediation of soil,
contaminated with an array of pollutants has attracted great attention due to the high …

Colloidal dispersion in porous media is a consequence of the different paths and velocities
experienced by the colloids. We examined at the pore scale the effect of particle and pore …

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

Greater particle mobility in subsurface environments due to larger size, known as size
exclusion, has been responsible for colloid-facilitated transport of groundwater …

The online analysis of cadmium selenide nanoparticle formation in continuous-flow
microfluidic reactors is described. The as-produced particles exhibit sharp excitonic …

Walking can be exceedingly complex to analyze due to highly nonlinear multibody
dynamics, nonlinear relationships between muscle excitations and resulting muscle forces …

We conducted column‐scale experiments to observe the effect of transport velocity and
colloid size on early breakthrough of free moving colloids, to relate previous observations at …

This study is focused on Pseudomonas putida bacteria transport in porous media in the
presence of suspended kaolinite clay particles. Experiments were performed with bacteria …

Over the past few decades, due to the special features (ie, easily produced, large-surface-
area-to-volume ratio, and engineered particles with designed surface properties) …