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Laser isotope separation of ytterbium-168 weighable amounts on the LAD Ltd. installation

V. I. Derzhiev, S. A. Kostritsa, В. А. Кузнецов, L A Mikhal'tsov, V M Mushta, A Yu Sapozhkov, А. Н. Ткачев, S A Chaushanskii, S. I. Yakovlenko

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Abstract

The process of laser isotope separation of Yb have been studied with numerical simulation and experimentally. Installation which is capable to produce highly enriched 168Yb in industrial scales was created. Contents of 168Yb in laser produced plasma was reached 80 - 95%, in the deposited on the ion collector material--up to 62%, in washing liquid--up to 32%. The rate of the enriched ytterbium production was 3 - 6 mg/hour.

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What this paper is about

The process of laser isotope separation of Yb have been studied with numerical simulation and experimentally. Installation which is capable to produce highly enriched 168Yb in industrial scales was created. Contents of 168Yb in laser produced plasma was reached 80 - 95%, in the deposited on the ion collector material--up to 62%, in washing liquid--up to 32%. The rate of the enriched ytterbium production was 3 - 6 mg/hour.

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Available abstract

The process of laser isotope separation of Yb have been studied with numerical simulation and experimentally. Installation which is capable to produce highly enriched 168Yb in industrial scales was created. Contents of 168Yb in laser produced plasma was reached 80 - 95%, in the deposited on the ion collector material--up to 62%, in washing liquid--up to 32%. The rate of the enriched ytterbium production was 3 - 6 mg/hour.

Key concepts: Ytterbium, Laser, Isotope separation, Isotope, Ion, Materials science, Analytical Chemistry (journal), Chemistry

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