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THE CONCENTRATION DEPENDENCE OF THE SEPARATION FACTOR OF THE LITHIUM ISOTOPES IN ION EXCHANGE

Gerhard Dickel, Karsten Richter

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Abstract

It was found that the separation factor for the lithium isotopes in a system of polystyrene exchange solution passes through a maximum. This effect can be explained if it is assumed that the curves of the logarithmic activity coefficients of the two isotopes are distinguishable. (tr-auth)

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What this paper is about

It was found that the separation factor for the lithium isotopes in a system of polystyrene exchange solution passes through a maximum. This effect can be explained if it is assumed that the curves of the logarithmic activity coefficients of the two isotopes are distinguishable. (tr-auth)

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Available abstract

It was found that the separation factor for the lithium isotopes in a system of polystyrene exchange solution passes through a maximum. This effect can be explained if it is assumed that the curves of the logarithmic activity coefficients of the two isotopes are distinguishable. (tr-auth)

Key concepts: Isotopes of lithium, Isotope separation, Lithium (medication), Isotope, Chemistry, Ion exchange, Polystyrene, Ion

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