The formation of mixed metal− aluminum hydroxide surface precipitates is a potentially
significant uptake route for trace metals (including Co, Ni, and Zn) in environmental systems …

The kinetics of mixed Ni− Al layered double hydroxide (LDH) precipitate formation on a soil
clay fraction was monitored using X-ray absorption fine structure (XAFS) spectroscopy. The …

Formation of surface‐induced precipitates may play an important role in the immobilization
of Ni and other metals in nonacidic soils. To investigate the influence of commonly present …

Incorporation of first row transition metals into stable surface precipitates can play an
important role in reducing the bioavailability of these metals in neutral and alkaline soils …

The kinetics of Ni sorption to two Delaware agricultural soils were studied to quantitatively
assess the relative importance of Ni adsorption on soil organic matter (SOM) and the …

The formation of transition-metal surface precipitates may occur during sorption to clay
minerals under ambient soil conditions. This process may lead to significant long-term …

Abstract Trace metals (eg Ni, Zn) leached from industrial and agricultural processes are
often simultaneously present in contaminated soils and sediments. Their mobility …

Retention of heavy metal ions on soil mineral surfaces is an important process for
maintaining environmental quality. A thorough understanding of the kinetics and …

Mining activities and industries have created nickel (Ni) contaminations in many parts of the
world. The objective of this study is to increase our understanding of Ni adsorption and …

In recent years, studies have shown that sorption of metals onto natural materials results in
the formation of new mineral-like precipitate phases. However, the stability of the …