Stable potassium isotopes are one of the emerging non-traditional isotope systems enabled
in recent years by the advance of Multi-Collector Inductively-Coupled-Plasma Mass …

The chemical equilibrium distribution of 69 elements between gas and melt is modeled for
bulk silicate Earth (BSE) material over a wide P–T range (1000–4500 K, 10− 6–10 2 bar) …

The Moon has a tenuous atmosphere produced by space weathering. The short-lived nature
of the atoms surrounding the Moon necessitates continuous replenishment from lunar …

Rubidium is an active element on Earth, but whether and how its isotopes fractionate during
geological processes are not known yet. In this study, we present data showing large …

Rubidium is a highly fluid-mobile and incompatible element. Rb isotopes have great
potential to trace the migration and enrichment of Rb in magmatic and fluid-related …

Lunar materials are overall more reducing compared with their terrestrial counterparts, but
the mechanism remains to be elucidated. In this study, we present a possible explanation for …

Chondrites display isotopic variations for moderately volatile elements, the origin of which is
uncertain and could have involved evaporation/condensation processes in the …

The Moon is depleted in volatile elements and compounds, and lunar samples exhibit a
wide range of Cl isotopic compositions, which is believed to result from the volatilization of …

The many unique characteristics of CB chondrites have resulted in the impact hypothesis
becoming the favoured model for their formation. Here, we further investigate the formation …

The chemical and isotopic signatures of moderately volatile elements are useful for
understanding processes of volatile depletion in planetary formation and differentiation …