Abstract
The $\ensuremath{\gamma}$-ray decay of the levels of $^{20}\mathrm{F}$ at 1824, 1843, and 3176 keV has been studied. Results indicate that each of these levels has only one mode of decay. For the 1824-keV level this finding is consistent with the $L=4$ transfer reported by Fortune and Crozier. Together with previous angular-correlation results this determines the probable assignments ${J}^{\ensuremath{\pi}}={5}^{+}$ for the 1824-keV level and $J=4$ for the 823-keV level. This and other recent experimental developments are in good agreement with published calculated $^{20}\mathrm{F}$ structure by Halbert, McGrory, Wildenthal, and Pandya.
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