Abstract
The form factor for the stripping distorted-wave Born-approximation amplitude to isobaric analog resonances is derived using a fine-structure theory of these resonances. It is found that the corrections due to compound-nucleus mixing are small. Using the derived form factor, the spectroscopic factors are calculated for the reaction ${\mathrm{Mo}}^{92}({\mathrm{He}}^{3}, d){\mathrm{Tc}}^{93}$.
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