The development of multi-collector inductively coupled plasma mass spectrometry (MC-ICP-
MS) in 1992 opened up new opportunities for geochemical, mineral exploration, and …

This is the 33th annual review of the application of atomic spectrometry to the chemical
analysis of environmental samples. This update refers to papers published approximately …

Understanding the movement of fluids in the solid Earth system is crucial for answering a
wide range of important questions in Earth science. Boron (B) is a perfect tracer for geofluids …

硼(B) 是一个质量较轻的流体活动性元素. 它有2 个稳定同位素: 10 B 和11 B,
两者之间相对质量差较大, 导致自然界显著的硼同位素分馏. 因此, 硼同位素作为强有力的非传统 …

Boron isotopes are useful tracers for fluid–rock interactions and subduction processes, as
well as a proxy for paleo-ocean pH. However, the strong B memory effect presents a great …

The determination of boron isotopes (δ 11 B) represents a powerful tool for a variety of
applications such as the reconstruction of past ocean pH and atmospheric pCO 2 from the …

Here we report boron (B) mass fractions and δ11B values of a set of geological reference
materials including ultramafic rocks, basalts, andesites, felsic rocks and sedimentary …

Solution MC‐ICP‐MS is an established technique for high precision boron isotope
measurement results (δ11BSRM 951) in carbonates, yet its application to silicate rocks has …

Boron isotope ratios (δ11B) are used across the Earth Sciences and are increasing
analyzed by Multi‐Collector Inductively Coupled Plasma Mass Spectrometry (MC‐ICPMS) …

Among the emerging techniques to detect the real footprint of buried ore deposits is isotope
tracing. Novel and automated preparation systems such as continuous flow isotope ratio …