With the continuous improvement of technological level, the potential of rare earth elements
(REEs) called" industrial gold" in various fields has been continuously explored, and some …

The rare earths (REs) are a family of 17 elements that exhibit pronounced chemical
similarities as a group, while individually expressing distinctive and varied electronic …

The essential biological role of rare earth elements lay hidden until the discovery in 2011
that lanthanides are specifically incorporated into a bacterial methanol dehydrogenase. Only …

The number of rare earth (RE) starting materials used in synthesis is staggering, ranging
from simple binary metal-halide salts to borohydrides and “designer reagents” such as alkyl …

Conspectus Current projections for global mining indicate that unsustainable practices will
cause supply problems for many elements, called critical raw materials, in the next 20 years …

Lanthanides and actinides are elements of ever-increasing technological importance in the
modern world. However, the similar chemical and physical properties within these groups …

Separation of rare earth elements has always been an urgent problem in the industry.
Although a variety of adsorption materials have been developed for the adsorption and …

Interest in the isolation and recovery of lanthanide and actinide metals has gained recent
attention due to their increasing use in everyday materials (eg batteries, screens, sensors) …

The rare earth elements (REEs) are critical resources for many clean energy technologies,
but are difficult to obtain in their elementally pure forms because of their nearly identical …

The separation of rare‐earth ions from one another is challenging due to their chemical and
physical similarities. Nearly all rare‐earth separations rely upon small changes in ionic radii …