Electrochemical Processes for the Enrichment of Isotopes

Freyer, H. D.; Wagener, K.

doi:10.1002/anie.196707571

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Diffusion and Electromigration1

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2021

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“…Among such techniques, this group mainly is composed of the following methods for isotope separation. [ 81 ]…”

Section: Diffusion and Electromigrationmentioning

confidence: 99%

A Comprehensive Review of Selected Major Categories of Lithium Isotope Separation Techniques

Murali

Zhang

Free

et al. 2021

Physica Status Solidi (a)

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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 of applications, including radioactive tracers, nondestructive tests, radiotherapy in human medicine, nuclear fuels, and isotope-substituted compounds for chemistry and biology research, as well as environmental geochemical signature tracers. A commonly discussed research topic is the isotopic separation of various elements-uranium, hydrogen, lithium, and iodine, among many others. Among these isotopes, lithium isotopes are especially important in various applications including strategic areas. These isotopes are light and hence their separation techniques are not very obvious. Herein, all the main categories of Li isotope separation are reviewed in depth with a focus on electrochemical technologies for stable lithium isotope separation.

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“…Among such techniques, this group mainly is composed of the following methods for isotope separation. [ 81 ]…”

Section: Diffusion and Electromigrationmentioning

confidence: 99%