Abstract
A series of devices is created for purifying a neon–helium mixture from nitrogen that predominates within it by condensation at 68–78 K. The reflux condensers are distinguished by compactness, that permits location in the immediate vicinity of air separation units, i.e., sources of crude material and liquid nitrogen. A reduction in the concentration of extraneous impurities in the neon–helium mixture makes it possible to reduce transport flow rates and storage delays due to a reduction in the “unproductive” part of the cylinder stock.
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