FIELD: nuclear power engineering.
SUBSTANCE: proposed method includes passage of flow of "light" and "heavy" water mixture under pressure through one or several holes of dielectric element, acting on this mixture by magnetic field and dividing it into three flows: two flows having different ions by electrical sign and chemical properties are electrically insulated, accelerated and directed to collimators. "Light" and "heavy" water mixture at specific resistance of about 109 ohms·m is taken at ratio required for control of nuclear reaction. Device proposed for realization of this method has housing which is dielectrically resistant to cavitation emission and is used for receiving the mixture. Insert mounted in housing is made from dielectric material liable to cavitation emission and provided with one or several holes for passage of mixture. Housing is also provided with electrically insulated branch pipes for receiving the ionized flows. Located in way of ionized flows are control electrodes and contactors; collimators with contactors are mounted at the end of ionized flow.
EFFECT: possibility of production hydrogen from "light" and "heavy" water mixture in amount sufficient for practical use.
3 cl, 1 dwg
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Authors
Dates
2005-08-10—Published
2004-01-28—Filed