During the past decade, interest in chemical reactions occurring at metal oxide-aqueous
solution interfaces has increased significantly because of their importance in a variety of …

The inability to determine metal species in soils hampers efforts to understand the mobility,
bioavailability, and fate of contaminant metals in environmental systems, to assess health …

Easy-to-obtain magnetic bentonite-chitosan hybrid beads (Bn-CTS) were prepared by
immobilizing bentonite within a porous structure of chitosan beads to achieve a hybrid …

Cesium adsorption on the clay minerals vermiculite and montmorillonite is described as a
function of surface coverage using extended X-ray adsorption fine structure spectroscopy …

The sorption of Cs+ was investigated over a large concentration range (10− 9− 10− 2 mol/L)
on subsurface sediments from a United States nuclear materials site (Hanford) where high …

We present elemental and isotopic data detailing how the Mg isotope system behaves in
natural and experimentally synthesized clay minerals. We show that the bulk Mg isotopic …

The surface charge components of 2 Georgia kaolinites of differing degrees of crystallinity
(KGa-1 and KGa-2) were determined using procedures based on charge balance concepts …

The relationship between cesium (Cs) adsorption on clay minerals with various
expandabilities and Cs mobility in environment was investigated using sequential extraction …

The crystalline swelling properties and interlayer structure of a cesium montmorillonite clay
were investigated using molecular computer simulations. Two classes of dry-clay structures …

Molecular dynamics simulation is used to study the mechanisms involved in the adsorption
of various ions to the basal surfaces of kaolinite. Analysis of simulation data indicates that …