Abstract
We report the results of a high-resolution study of neutron resonances below 500 eV in $^{166}\mathrm{Ho}$. We find nine previously unreported weak resonances at energies 24.79, 75.08, 119.98, 187.94, 210.86, 227.87, 235.94, 248.60, and 264.98 eV. Bayesian probability analysis of the widths indicates they are formed primarily by s-wave capture and are therefore negative-parity resonances. If they have measurable d-wave neutron widths, they are candidates for the fivefold correlation test of time reversal. \textcopyright{} 1996 The American Physical Society.
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