Clustering in \(^{18}\)O -- absolute determination of branching ratios via high-resolution particle spectroscopy

The determination of absolute branching ratios for high-energy states in light nuclei is an important and useful tool for probing the underlying nuclear structure of individual resonances: for example, in establishing the tendency of an excited state towards \(\alpha\)-cluster structure. Difficulty...

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Published inarXiv.org
Main Authors Pirrie, S, Wheldon, C, Kokalova, Tz, Bishop, J, Hertenberger, R, H -F Wirth, Bailey, S, Curtis, N, Dell'Aquila, D, Faestermann, Th, Mengoni, D, Smith, R, Torresi, D, Turner, A
Format Paper
LanguageEnglish
Published Ithaca Cornell University Library, arXiv.org 01.12.2019
Subjects
Clustering
Monte Carlo simulation
Nuclear structure
Nuclei
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Abstract The determination of absolute branching ratios for high-energy states in light nuclei is an important and useful tool for probing the underlying nuclear structure of individual resonances: for example, in establishing the tendency of an excited state towards \(\alpha\)-cluster structure. Difficulty arises in measuring these branching ratios due to similarities in available decay channels, such as (\(\mathbf{^{18}}\)O,\(\mathbf{n}\)) and (\(\mathbf{^{18}}\)O,\(\mathbf{2n}\)), as well as differences in geometric efficiencies due to population of bound excited levels in daughter nuclei. Methods are presented using Monte Carlo techniques to overcome these issues.
AbstractList The determination of absolute branching ratios for high-energy states in light nuclei is an important and useful tool for probing the underlying nuclear structure of individual resonances: for example, in establishing the tendency of an excited state towards \(\alpha\)-cluster structure. Difficulty arises in measuring these branching ratios due to similarities in available decay channels, such as (\(\mathbf{^{18}}\)O,\(\mathbf{n}\)) and (\(\mathbf{^{18}}\)O,\(\mathbf{2n}\)), as well as differences in geometric efficiencies due to population of bound excited levels in daughter nuclei. Methods are presented using Monte Carlo techniques to overcome these issues.
Author Torresi, D
Pirrie, S
Wheldon, C
Kokalova, Tz
Bishop, J
H -F Wirth
Dell'Aquila, D
Smith, R
Mengoni, D
Curtis, N
Faestermann, Th
Hertenberger, R
Bailey, S
Turner, A
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Monte Carlo simulation
Nuclear structure
Nuclei
Title Clustering in \(^{18}\)O -- absolute determination of branching ratios via high-resolution particle spectroscopy
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