The ability to generate materials with an enriched isotopic abundance, that is one that differs
from natural abundance, is critical in terms of technology. Isotopes are used in a wide range …

As a key material for lithium metal batteries (LMBs), lithium metal is one of the most
promising anode materials to break the bottleneck of battery energy density and a commonly …

Rare earth element (REE) resources in coal-related materials are vast. Assuming a coal
production rate of 600 million short tons per year with an average REE content of 200 ppm …

The evolution of the nuclear industry is inextricably linked to lithium isotopes. With its distinct
benefits, the solvent extraction approach is projected to achieve industrial separation of …

Controlled fusion energy is considered to be one kind of sustainable energy source with
clean and green properties. The fusion process requires a large number of lithium isotopes …

Electrochemical Migration (ECM) is getting more attention in the microelectronics industry
due to the continuing miniaturization, which increases the possibility of short circuit formation …

Traditional Li isotope separation methods such as the column exchange process are
environmentally hazardous because of the mercury involved. In this research, a high …

Abstract Both lithium-6 and lithium-7 with high abundance are indispensable materials in
nuclear industry. Here, an aqueous solution│ organic solution│ aqueous solution system …

Azacrown ethers contain multiple coordination sites, which show specific complexation to
alkali metal ions. In this research, a neoteric liquid-liquid extraction system was investigated …

Li isotopes are of great importance in the nuclear industry and are generally produced by
the environmentally hazardous column exchange process. Many separation techniques …