1988Sov. Radiochem. (Engl. Transl.); (United States)Requires access

Actinoid sorption from nitric acid onto stainless steel. 1. Plutonium sorption and deposition

L.P. Sokhina, L. V. Goncharuk, S. I. Rovnyi

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Abstract

Data are given on the sorption of plutonium from nitric acid onto 12Kh18N10T stainless steel. This is determined by the contact time, the temperature, the plutonium and nitric acid concentrations, and the element state. The uptake varies in the following sequence: Pu/sub h/>> Pu/sup (IV)/ > Pu/sup (VI)/ > Pu/sup (III)/. The plutonium deposition on reference specimens has been determined with periodic drying.

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What this paper is about

Data are given on the sorption of plutonium from nitric acid onto 12Kh18N10T stainless steel. This is determined by the contact time, the temperature, the plutonium and nitric acid concentrations, and the element state. The uptake varies in the following sequence: Pu/sub h/>> Pu/sup (IV)/ > Pu/sup (VI)/ > Pu/sup (III)/. The plutonium deposition on reference specimens has been determined with periodic drying.

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Available abstract

Data are given on the sorption of plutonium from nitric acid onto 12Kh18N10T stainless steel. This is determined by the contact time, the temperature, the plutonium and nitric acid concentrations, and the element state. The uptake varies in the following sequence: Pu/sub h/>> Pu/sup (IV)/ > Pu/sup (VI)/ > Pu/sup (III)/. The plutonium deposition on reference specimens has been determined with periodic drying.

Key concepts: Plutonium, Nitric acid, Sorption, Deposition (geology), Chemistry, Radiochemistry, Nuclear chemistry, Inorganic chemistry

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