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AssigneeKombinat “Elektrokhimpribor”
InventorsLeonid Alexeevich Polyakov, Alexei Nikolaevich Tatarinov, Jury Alexandrovich Monastyrev, Sergei Georgievich Ogorodnikov
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A method of electromagnetic separation of palladium isotopes places working substance of metal palladium in a gas-discharge chamber crucible with a source of ions. The working substance is heated to vapors, the vapors of the working substance ionized in the gas-discharge chamber under the action of electron emission from a hot cathode, and ionic beams formed by electrodes of an ion-optical system. The ionic beams separate isotopes in a magnetic field, entrapping the ions in receiving boxes, the temperature of the gas-discharge chamber being maintained within 1500-1700° C. The method is effectively used for separation of isotopes Pd-102, Pd-104, Pd-105, Pd-106, Pd-108 b Pd-110 with a high enrichment degree.
In a method of separating palladium isotopes in an electromagnetic separator having a source of ions, the improvements comprising:
In a method using ion beams of a material in a magnetic field for separating isotopes of at least a constituent of the material, the improvement wherein the material is metallic palladium, and wherein the metallic palladium is obtained in a vapor by heating metallic palladium to 1580-1700 degrees Centigrade.
In a method using ion beams of a material in a magnetic field for separating isotopes of at least a constituent of the material, the improvement wherein the material consists essentially of metallic palladium, and wherein the metallic palladium is obtained in a vapor by heating metallic palladium to 1580-1700 degrees Centigrade.
Dependencies are inferred from the claim text.