Considerable amount of research has been carried out on designing and improving metal-
recognition methodologies in environmental and biological media. The development of …

The multielemental ultratrace detection capability of inductively coupled plasma mass
spectrometry (ICPMS) makes it a most powerful technique. With each new version of ICPMS …

In this research, a hydroxyl group functionalized metal-organic framework (MOF), UiO-66-
(OH) 2, was synthesized as a “on-off-on” fluorescent switching nanoprobe for highly …

Isotope ratios of heavy elements vary on the 1/10000 level in high temperature materials,
providing a fingerprint of the processes behind their origin. Ensuring that the measured …

Lanthanide metal–organic frameworks (Ln-MOFs) have been considered as excellent
fluorescence materials due to their ability of achieving a tunable fluorescence characteristic …

High-precision Fe isotopic data for 104 samples, including modern and ancient (≥ 3.7 Ga)
subduction-related magmas and mantle peridotites, are presented. These data demonstrate …

Considered esoteric only a few years ago, research into the stable isotope geochemistry of
transition metals is moving into the geoscience mainstream. Although initial attention …

Benthic iron fluxes from sites along the Oregon–California continental shelf determined
using in situ benthic chambers, range from less than 10μmolm− 2d− 1 to values in excess …

We present the first comprehensive set of stable Cr isotope data for the major igneous
silicate Earth reservoirs, Cr (III)-rich ores and minerals, and hydrothermal chromates. These …

For many decades the accurate and precise determination of isotope ratios has remained a
very strong interest to many researchers due to its important applications in earth …