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Levels of $sup 83$Kr populated in the decay of $sup 83$Rb and $sup 83$Br

S. Väisälä, Gunnar Graeffe, J. Heinonen, A. A. Delucchi, R. A. Meyer

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Abstract

The levels of $sup 83$Kr were studied from the decay of both $sup 83$Rb and $sup 83$Br. Thirteen $gamma$ rays were observed in the decay of $sup 83$Rb and eight in the decay of $sup 83$Br. The ground-state M2 transition from the 562-keV level was observed to have a branching ratio of 1.4x10$sup -4$. The conversion coefficients were measured for the 9.39 keV and for the 32.2-keV transition. Decay schemes are presented and the possible spins, parities, and structure for the levels of $sup 83$Kr are discussed. (AIP)

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The levels of $sup 83$Kr were studied from the decay of both $sup 83$Rb and $sup 83$Br. Thirteen $gamma$ rays were observed in the decay of $sup 83$Rb and eight in the decay of $sup 83$Br. The ground-state M2 transition from the 562-keV level was observed to have a branching ratio of 1.4x10$sup -4$. The conversion coefficients were measured for the 9.39 keV and for the 32.2-keV transition. Decay schemes are presented and the possible spins, parities, and structure for the levels of $sup 83$Kr are discussed. (AIP)

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Available abstract

The levels of $sup 83$Kr were studied from the decay of both $sup 83$Rb and $sup 83$Br. Thirteen $gamma$ rays were observed in the decay of $sup 83$Rb and eight in the decay of $sup 83$Br. The ground-state M2 transition from the 562-keV level was observed to have a branching ratio of 1.4x10$sup -4$. The conversion coefficients were measured for the 9.39 keV and for the 32.2-keV transition. Decay schemes are presented and the possible spins, parities, and structure for the levels of $sup 83$Kr are discussed. (AIP)

Key concepts: Physics, Atomic physics, Branching fraction, Nuclear isomer, Nuclear reaction, Radioactive decay, Decay scheme, Isotopes of potassium

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