For many years, our understanding of the behavior of the REE in hydrothermal systems was
based on semi-empirical estimates involving extrapolation of thermodynamic data obtained …

Electrochemical biosensors have gained significant attention in various fields, including
healthcare, environmental monitoring, and biotechnology, due to their high sensitivity …

Ho 2 O 3 transparent ceramics were fabricated by vacuum pre-sintering combined with hot
isostatic pressing (HIP) post-treatment at relatively low temperature from high-purity Ho 2 O …

Rare earth elements (REEs) mobilize, fractionate, and are re-distributed during supergene
processes, and thus provide a powerful tool with which to quantitatively reconstruct the …

Rare earth elements (REEs), the 15 naturally occurring lanthanides plus yttrium and
scandium, are ubiquitously used in modern life as they are critical components of many …

This paper focuses on major phosphate-based ceramic materials relevant for the
immobilisation of Pu, minor actinides, fission and activation products. Key points addressed …

This contribution presents a thermodynamic model revealing the mechanisms responsible
for separation of Heavy and Light Rare Earth (HREE and LREE) phosphates in natural …

Rare earth elements (REE) are critical elements found in monazite, xenotime, and hydrated
REE phosphates which typically form in hydrothermal mineral deposits. Accurate predictions …

Studying the speciation and mineral‐fluid partitioning of the rare earth elements (REE)
allows us to delineate the key processes responsible for the formation of economic REE …

The present study reports the development of Mg–Sm2O3 nanocomposites as light-weight
materials for weight critical applications targeted to reduce CO2 emissions, particularly in the …