Abstract
The $^{39}\mathrm{K}(p,d)^{38}\mathrm{K}$ reaction at ${E}_{p}=35$ MeV. has been used to study the properties of states in $^{38}\mathrm{K}$ up to an excitation energy of 6 MeV. An experimental resolution of 10 keV (full width at half-maximum) made it possible to detect many heretofore unobserved states. Excitation energies of observed states are determined to an accuracy of 1-4 keV. Angular distributions were measured for many of the transitions, and for these states assignment of ${l}_{n}$ values and extraction of spectroscopic factors is made. The results are compared to previous experiments and to current shell-model calculations.NUCLEAR REACTIONS $^{39}\mathrm{K}(p,d)$, ${E}_{p}=35$ MeV; measured $\ensuremath{\sigma}({E}_{d},\ensuremath{\theta})$; deduced $Q$ value, excitation energies, ${l}_{n}$ values, and spectroscopic factors for states of $^{38}\mathrm{K}$. Natural target.
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