Highlights in the field of air analysis included: a new focus on measuring tyre-wear particle
emissions; an interest in using unmanned aerial vehicles for sampling purposes and an …

The method of LA-MC-ICP-MS has become one choice for the analysis of many isotopic
systems due to its relatively low cost, high analysis speed, high spatial resolution, and low …

Microanalysis of Fe and S isotopes in sulfides by laser ablation multi-collector inductively
coupled plasma mass spectrometry (LA-MC-ICP-MS) has been used as an important tool to …

Sulfur isotopes serve as critical tracers for understanding the material sources and cycling in
earth science. The in situ sulfur isotope ratio analysis by laser ablation multiple-collector …

The sulfur isotope system is important in tracing a variety of geochemical processes.
However, the availability of matrix‐matched reference materials for in situ sulfur isotope ratio …

Most known copper (Cu) skarns are associated with oxidized intrusions. In this contribution,
we report a Cu skarn associated with a reduced monzodioritic intrusion at Huanren …

Sulfur isotopes are important geochemical tracers in the diverse fields of geosciences.
Controlling the accuracy and precision of the microanalysis of sulfur isotopes requires well …

Sulfur isotopes are important tracers in various geochemical processes. A matrix-matched
reference material is essential for in situ sulfur isotope ratio measurement in sphalerite …

Reactive porous or focused melt flows are common in crystal mushes of mid-ocean ridge
magma reservoirs. Although they exert significant control on mid-ocean ridge magmatic …

In this study, a method for solidifying sulfide and sulfate nanoparticulate powder to prepare
bracketing standards and samples for in situ S isotopic analysis using laser ablation …