A CALCULATION OF THE ENERGY LEVELS OF THE FIRST ROTATIONAL BAND OF Ne20
Abstract
The energies of the levels in the first rotational band of Ne20 have been calculated using a model which combines the shell-model aspect of the problem with the rotational nature of the observed spectrum. The agreement of the results with the experimental observations is quite good.
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Published In
Canadian Journal of Physics
Volume 40 • Number 12 • December 1962
Pages: 1730 - 1735
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Version of record online: 11 February 2011
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James D. Talman. 1962. A CALCULATION OF THE ENERGY LEVELS OF THE FIRST ROTATIONAL BAND OF Ne20. Canadian Journal of Physics.
40(12): 1730-1735. https://doi.org/10.1139/p62-182
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4. The theory of nuclear energy levels
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6. Shell-model calculation in 24Mg
7. Deformed state admixtures in
18
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8. Shell model and deformed states in O18
9. An application of the separation method in O18 and Ne20
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