We report a combined conventional Mössbauer and synchrotron Nuclear Resonant Inelastic
X-ray Scattering (NRIXS) study of a series of basalt, andesite, dacite, and rhyolite glasses at …

Indium (In) is a critical element for electronics and catalysis industries and a volatile metal
during planet accretion. Indium isotopes can be used to study cosmochemical and …

The direct determination of silicate melts iron and silicon isotopes signature remains a major
challenge of high-temperature isotope geochemistry. For this reason, melts are often …

The equilibrium Mg isotope fractionation factors (lnα) derived from both theoretical
calculation and experimental studies are not consistent with the values from natural sample …

Fe isotope variations in rocky bodies reveal fundamental information about planetary
evolution. However, experimental results have come to contradictory conclusions on the …

Fluids released from subducting slabs profoundly affect mantle composition, rock melting
points, and arc magma generation. However, identifying fluid sources (sediments, crust, or …

In hydrothermal fluids, disulfur (S 2•-) and trisulfur (S 3•-) radical anions have been observed
to coexist with the major hydrogen sulfide and sulfate species. These radical ions have …

Evaluation of thermochemistry in solution plays a key role in numerous fields. For this task,
the solvent effects are commonly included in theoretical computations based on either …

Iron is the most important component of the cores of terrestrial planets, and iron sulfide (FeS)
is one of the preferred candidates present in these cores. FeS is also ubiquitous in Earth's …

Using density functional theory electronic structure calculations, the equation of state,
thermodynamic and elastic properties, and sound wave velocities of Fe3S at pressures up to …