Low-spin states in $^{182}$Os and $K^\pi$ = $0^+$, $2^+$ excited bands

Cardona, M.A.
Hojman, D.
Roussière, B.
Libert, J.
Genevey, J.
Sauvage, J.

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Publication date

January 2007

DOI

10.1140/epja/i2006-10153-2

Publisher

Springer Science and Business Media LLC

Abstract

PTH NESTERExcited states in $^{182}$Os were populated by the β+/EC decay of $^{182}$Ir following mass separation. Gamma-ray and conversion electron spectroscopy techniques were employed. Monopole (E0) contributions were determined in transitions populating the ground-state band. A systematic study of the low-spin structures in the Os isotopes is presented and a detailed analysis in the framework of a microscopic configuration mixing approach is performed

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Low-spin states in $^{182}$Os and $K^\pi$ = $0^+$, $2^+$ excited bands

Abstract

Extracted data

Low-spin states in $^{182}$Os and $K^\pi$ = $0^+$, $2^+$ excited bands

Abstract

Extracted data

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