An increase in the fraction of a specified uranium isotope. Fuel-cycle accounting tracks feed, product, enrichment tails and separative work; it does not specify an uranium enrichment plant or its operating conditions.
A technology exploiting mass-dependent redistribution of gas under rotation. It became the dominant commercial uranium-enrichment technology with much lower electricity consumption than gaseous diffusion. No operating conditions or equipment specifications are supplied.
A historical isotope-enrichment technology using the different transport of isotopic gas molecules through a barrier. It was displaced commercially by much less electricity-intensive centrifuge technology. This is a historical principle, not a plant design or operating procedure.
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