The development and utilization of nuclear energy produced a large amount of uranium
(VI)/thorium (IV)-containing wastewater, which would be harmful to the environment. The …

The reversibility of monovalent thallium (Tl) absorption on widely distributed
iron/manganese secondary minerals may affect environmental Tl migration and global …

In this study, we developed prediction models for the adsorption of divalent and trivalent
oxyanions on goethite based on machine learning algorithms. After verifying the reliability of …

The adsorption of heavy metals on iron oxides generally increases with pH and is almost
complete at neutral to slightly alkaline pH. However, almost complete adsorption on a linear …

Historically, surface complexation model (SCM) constants and distribution coefficients (K d)
have been employed to quantify mineral-based retardation effects controlling the fate of …

Although neutral in situ leaching through CO2+ O2 is employed to extract uranium (U) in
sandstone by in situ leaching (ISL), mechanisms of U mobilization and O2 consumption …

This review deals with the role of soil microorganisms on the availability of phosphorus (P)
derived from its two predominant low-solubility soil sources: 1) fixed P via inner-sphere …

Although the relevant direct and revers flotation mechanism has been discussed a lot in
diaspore and kaolinite separation, the quantitative analysis of surface-active sites and their …

The transformations of monovalent thallium (Tl) in an aqueous environment may be affected
significantly by Tl (I) partitioning at the solid-water interface during sorption. Models used to …

This study aimed to develop surface complexation modeling-machine learning (SCM-ML)
hybrid model for chromate and arsenate adsorption on goethite. The feasibility of two SCM …