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Composition of zirconium complexes extracted with tributyl phosphate from thiocyanate and sulfuric acid solutions

N.A. Shostenko, L.G. Nekhamkin, G.A. Yagodin

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Abstract

By chemical analysis methods it was shown that from weakly acid thiocyanate solutions both the hydroxy and oxy complexes of Zr containing two thiocyanate groups are extracted. The introduction of sulfuric acid to the system reduces the distribution coefficient of Zr and Hf but increases their partition. Dithiocyanate oxyhydroxycomplexes and tetrathiocyanate complexes of Zr are extracted from sulfuric acid solutions in tributylphosphate. (trauth)

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What this paper is about

By chemical analysis methods it was shown that from weakly acid thiocyanate solutions both the hydroxy and oxy complexes of Zr containing two thiocyanate groups are extracted. The introduction of sulfuric acid to the system reduces the distribution coefficient of Zr and Hf but increases their partition. Dithiocyanate oxyhydroxycomplexes and tetrathiocyanate complexes of Zr are extracted from sulfuric acid solutions in tributylphosphate. (trauth)

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Available abstract

By chemical analysis methods it was shown that from weakly acid thiocyanate solutions both the hydroxy and oxy complexes of Zr containing two thiocyanate groups are extracted. The introduction of sulfuric acid to the system reduces the distribution coefficient of Zr and Hf but increases their partition. Dithiocyanate oxyhydroxycomplexes and tetrathiocyanate complexes of Zr are extracted from sulfuric acid solutions in tributylphosphate. (trauth)

Key concepts: Sulfuric acid, Thiocyanate, Tributyl phosphate, Chemistry, Zirconium, Partition coefficient, Inorganic chemistry, Nuclear chemistry

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Composition of zirconium complexes extracted with tributyl phosphate from thiocyanate and sulfuric acid solutions — Research Paper | ScholarLens