Atom probe tomography (APT) is an analytical technique that provides quantitative three‐
dimensional elemental and isotopic analyses at sub‐nanometre resolution across the whole …

Several recent studies found large lithium isotopic fractionations correlated with
concentration gradients in pyroxene minerals from lava flows and mantle nodules that were …

Lithium isotopes are important geochemical tracers for many geological processes.
Knowledge of Li isotope fractionation factors is essential for understanding the behavior of Li …

Numerical simulation of stranded diffusion profiles in partially resorbed garnet crystals from
the aureole of the Makhavinekh Lake Pluton (Labrador, Canada) yields quantitative rates of …

The incorporation of incompatible Al in forsterite is particularly interesting due to its
relevance in Al olivine-spinel geobarometry techniques as well as the proposed influence of …

Laboratory experiments on the partitioning of elements and isotopes between various
phases (minerals, fluids, and melts) at thermodynamic equilibrium are fundamental to the …

斜顽辉石, 镁铝榴石和镁铝尖晶石作为辉石族, 石榴石族以及尖晶石族中的重要端元,
是地球上地幔主要组成矿物. Li 同位素是重要的地幔地球化学示踪剂, 其在橄榄石 …

The determinations of trace element and isotopic ratio distributions in rocks and in minerals
are key tools for the understanding of geological processes, and they have undergone …

Some elements, as lithium, are useful to infer planetary evolution processes. Different kind of
physical processes in planetary bodies like planet core-mantle differentiation and fractional …

As a geochemical tracer in mantle studies, lithium isotopes play an important role in diffusion
and fractionation in major mantle minerals. Olivine and its high-pressure phases, wadsleyite …