FIELD: nuclear technology. SUBSTANCE: vacuum chamber of device for weight separation of charged particles accommodates source of charges particles, insulators, charged particle separator and receiver of charged particles. Source of charged particles has ionization chamber and electrodes forming stretching out electric filed. Charged particle source is installed near the place of common integral touching of tubes of charged particle separator which are bent over arcs of charged particle circular orbits. Tubes are located inside one another according to increase of radii of their bend in direction from region of their common internal touching. Located on the side of the least bend radius of each tube, in tube symmetry plane are longitudinal slots of tubes of charged particle separator. Weight separation of charged particles is effected on diverging magnetic barrier of magnetic field formed by separator diverging tubes through which direct currents flow. EFFECT: higher selectivity in charged particle weight separation, reduced losses of separated substance and device overall dimensions. 3 dwg
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Authors
Dates
1999-07-20—Published
1997-10-07—Filed