Abstract
The separation of 235UF6 particles from gas by an impactor has been studied in the research and development of molecular laser isotope separation of uranium (MLIS). The virtual impactor(1) is an inertial separator containing a 'virtual' surface instead of a solid impaction plate used in the conventional impactor. Therefore, it makes continuous operation possible in the separation of UF5 particles from gas. In this study, a theoretical investigation for estimation of the separation efficiency of particle in a virtual impactor was carried out in order to design and develop the separation process of particles from gas in MLIS.
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