Abstract
The low-lying level structure of $^{122}\mathrm{Sb}$ is studied through the observation of coincident $\ensuremath{\gamma}$ rays following the $^{122}\mathrm{Sn}(p,n)$ reaction using two Ge(Li) detectors. Thirteen 1024-channel coincidence $\ensuremath{\gamma}$-ray spectra were obtained simultaneously in a PDP-7 computer by means of a two-parameter program. High-resolution singles spectra taken with a small-volume thin-window Ge(Li) detector (full width at half maximum approximately 0.6 keV at 121 keV) were also helpful in determining a level scheme for $^{122}\mathrm{Sb}$. A ($d,p$) experiment was also performed in order to gain additional information. The information obtained from the ($p,n$) reaction was combined with existing $^{121}\mathrm{Sb}(d,p)$ and $^{121}\mathrm{Sb}(n,\ensuremath{\gamma})$ data in constructing a proposed level scheme for $^{122}\mathrm{Sb}$.
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