Abstract
The separation of binary isotope mixtures of hydrogen in a sectioned column was carried out in hydrogen-solid sorbent systems (palladium, 4X zeolite). The values of the theoretical separation plate were determined depending on the height of the sorbent layer in the column section, pressure, hydrogen flow and temperature. The results obtained give a design of cleaning device for a protium-deuterium-tritium mixture after the plasma chamber of a thermo-nuclear reactor and for tritium, which is formed in the blanket.
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