The iron L edges are reviewed. The experimental spectra obtained with 2p XAS, XMCD and
2p EELS are discussed, including isolated iron atoms, solids and coordination compounds …

Nanosized iron, manganese and aluminium oxides are abundant in soils and sediments, but
are also present in water and air, and are even produced within living organisms. These …

Naturally occurring ferrihydrite often contains impurities such as Al and Si, which can impact
its chemical reactivity with respect to metal (loid) adsorption and (in) organic or microbially …

Ferrihydrite (Fh) is a nanocrystalline ferric oxyhydroxide involved in the retention of
pollutants in natural systems and in water-treatment processes. The status and properties of …

Much of the bioavailable and geochemically reactive iron in aerobic, circumneutral settings
is frequently found in the form of nanoscale particles of a hydrated iron (III) oxyhydroxide …

A better understanding of interaction with dissolved CO2 is required to rationally design and
model the (photo) catalytic and sorption processes on metal (hydr) oxide nanoparticles …

The structural identity of the biomineralized iron core nanoparticles in Helicobacter pylori
ferritins (Hpf's) has been determined by employing soft x-ray absorption spectroscopy and …

Ferrihydrite is the main form of ferric iron in surficial environments and a key reactive
nanoparticle that regulates nutrient availability and the mobility of metal (loid) contaminants …

The formation of Fe (III)(oxyhydr) oxide precipitates from Fe (II) oxidation and/or Fe (III)
hydrolysis is a key process that often governs the fate and bioavailability of contaminants …