Interactions of heavy metals with charged mineral surfaces control their mobility in the
environment. Here, we investigate the adsorption of Y (III) onto the orthoclase (001) basal …

High-charge micas exhibit improved adsorption properties and are a promising alternative
clay material for the engineered barrier in deep geological repositories. When combined …

Accurate estimation of contaminant transport in cementitious material using numerical tools
plays a key role in the risk assessments of nuclear waste disposal. At the pore scale, the …

Mechanistic understanding and prediction of solute transport and surface reactions in the
pore space of rocks and soils is critical for a variety of processes, including sediment …

The environmental fate of radiotoxic actinides may be controlled by their interactions with
feldspars. Here, the sorption of trivalent minor actinides (Am, Cm) and their rare earth analog …

To assess a reliable safety case for future deep underground repositories for highly active
nuclear waste the retention of radionuclides by the surrounding host rock must be …

In deep geological repositories for nuclear waste, the surrounding rock formation serves as
an important barrier against radionuclide migration. Multiple potential host rocks contain …

The sorption properties of mineral phases that constitute the rocks of the Yeniseysky area of
the Nizhnekansky granitoid massif toward Np, Pu, Am, Sr, and Cs were studied under …

С помощью 5-(дифенилфосфорил) гексан-3-она суммарный концентрат тяжелых
лантанидов, цирконий, скандий, а также эманирующие уран и торий из растворов …

Abstract (DE) Die sichere Endlagerung hochradioaktiver Stoffe ist weltweit eine der großen
Herausforderungen des 21. Jahrhunderts. Der abgebrannte Kernbrennstoff ist hoch …