A general theoretical approach for the calculation of colloid deposition rate onto
heterogeneously charged surfaces is presented. Patchwise and random distribution models …

The role ofsolution ionic strength and counterion valence in controlling the dynamic
(transient) behavior of colloid deposition in granular porous media has been investigated …

A theoretical framework for chemical-colloidal effects on the kinetics of deposition of
Brownian particles in po-rous media has beenpresented. The theory was tested rigorously …

A general theoretical model for particle deposition and transport in heterogeneous porous
media is developed. The model can describe the transient particle deposition and the …

The transport of colloids in geochemically heterogeneous porous media is investigated. A
model describing the transport and deposition of colloids onto heterogeneously charged …

A model for the dynamics of colloid deposition in porous media is developed by combining
macroscopic and microscopic theories of particle deposition. The model considers the non …

A novel method for assessing the deposition kinetics of colloidal particles in natural porous
media is presented. The method is applied for studying the deposition kinetics of in situ …

The influence of particle size on the deposition kinetics of several submicron carboxyl latex
spheres, sulfate latices, and hematite particles was examined in granular quartz beds as a …

In the deposition process of charged nanosized particles onto oppositely charged planar
substrates two effects are being discussed:(1) The maximum surface coverage sensitively …

A semi-empirical approach for predicting the collision (attachment) efficiency of particle
deposition in porous media has been developed. Based on dimensional analysis, a …