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Characterization of the [iopmath latex="$\beta$"] [/iopmath] vibration and [iopmath latex="$0^ + _2$"] 0+2 [/iopmath] states in deformed nuclei

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Abstract:

A summary of the experimental properties of the first excited [iopmath latex="$0^ + $"] 0+ [/iopmath] states in deformed rare-earth nuclei is presented. By appealing to the original definition of a [iopmath latex="$\beta$"] [/iopmath] vibration laid down in the Bohr-Mottelson picture, it is re-emphasized that most of the [iopmath latex="$0^ + _2$"] 0+2 [/iopmath] states are not [iopmath latex="$\beta$"] [/iopmath] vibrations. A consideration of all available data, especially that from transfer reactions, and of microscopic calculations of [iopmath latex="$0^ + $"] 0+ [/iopmath] states underscores the need to consider the role of pairing in the description, and labelling, of these states.

Document Type: Miscellaneous

Publication date: January 1, 2001

iop/jphysg/2001/00000027/00000001/art00201
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