Iron oxides are important constituents of soils and sediments and microbial iron reduction is
considered to be a significant anaerobic respiration process in the subsurface, however low …

Driven by the global imperative for the geological disposal of high-level radioactive waste
(HLW), notable progress has been made in predicting radionuclide transport within fractured …

Following a pH reduction in their drinking water over a span of more than 20 years, the City
of Newark, New Jersey, has struggled with elevated lead (Pb) release from Pb service lines …

In the context of geological disposal of radioactive waste, one of the controlling mechanisms
for radionuclide migration through subsurface strata is sorption to mobile colloidal bentonite …

Recent recognition of colloid and colloida-ssociated transport of strongly sorbing
contaminants in fractured rocks highlights the importance of exploring the transport behavior …

Abstract Tetravalent actinides, An (IV), are usually assumed to be little mobile in near-neutral
environmental waters because of their low solubility. However, there are certain …

Clay is a widespread natural mineral. The review considers physical and chemical
properties of clay minerals which are important in terms of geological high-level radioactive …

Nowadays, nanoproducts have found numerous applications, allowing them to enter the
human body in different ways. Skin is a major body organ that acts as the first-line barrier …

Compacted bentonite is envisaged as engineered barrier in high-level radioactive waste
(HLRW) repositories and, to assess its functionality at a long term, many clay properties must …

Colloids associating with radionuclides provide an important mechanism for radionuclide
migration, the knowledge on colloidal stability is essential for understanding the migration …