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Measurement of fusion excitation functions for stable nuclei has largely beenrestricted to nuclei with significant natural abundance. Typically, toinvestigate neighboring nuclei with low natural abundance has requiredobtaining isotopically enriched material. This restriction often limits theability to perform such measurements. We report the measurement of a highquality fusion excitation function for a $^{17}$O beam produced from unenrichedmaterial with 0.038\% natural abundance. The measurement is enabled by using anactive thick-target approach and the accuracy of the result is validated usingits mirror nucleus $^{17}$F and resonances. The result provides importantinformation about the average fusion cross-section for the oxygen isotopicchain as a function of neutron excess.

Obtaining high resolution excitation functions with an active thick-target approach and validating them with mirror nuclei