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DETERMINATION OF IMPURITIES IN SOME CHEMICAL AND METALLURGICAL PRODUCTS FOR NUCLEAR ENERGY UTILIZATION. (BERYLLIUM OXIDE, BERYLLIUM, AND GRAPHITE)

Joseph C. Hutter

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Abstract

The spectrographic methods used in industry for the purity control of nuclear beryllium oxide, beryllium, and graphite are described. For some impurities, the admixture of various impurities increases the detection sensitivity. The rare earths should be determined by reactor activation. (tr- auth)

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The spectrographic methods used in industry for the purity control of nuclear beryllium oxide, beryllium, and graphite are described. For some impurities, the admixture of various impurities increases the detection sensitivity. The rare earths should be determined by reactor activation. (tr- auth)

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Available abstract

The spectrographic methods used in industry for the purity control of nuclear beryllium oxide, beryllium, and graphite are described. For some impurities, the admixture of various impurities increases the detection sensitivity. The rare earths should be determined by reactor activation. (tr- auth)

Key concepts: Beryllium oxide, Beryllium, Impurity, Graphite, Oxide, Materials science, Radiochemistry, Metallurgy

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DETERMINATION OF IMPURITIES IN SOME CHEMICAL AND METALLURGICAL PRODUCTS FOR NUCLEAR ENERGY UTILIZATION. (BERYLLIUM OXIDE, BERYLLIUM, AND GRAPHITE) — Research Paper | ScholarLens