\begin{document}$ 9.7 \leqslant E_{\rm{c.m.}} \leqslant 16.9$\end{document} MeV. The results agree well with DC-TDHF and TDHF predictions, demonstrating the importance of dynamical effects near the barrier, but disagree with earlier MUSIC-based measurements. The 19O+12C system exhibits a maximum fusion cross section consistent with those of β-stable O+C systems. A linear dependence of \begin{document}$ 1/E_{\rm{cr}}$\end{document} and closest-approach distance on oxygen mass number is observed for 17,18,19O+12C, indicating that additional valence neutrons lower the critical energy. V-shaped excitation structures appear for 17O and 19O, and the anomalous suppression previously reported for 17O calls for further experimental and theoretical study."> Fusion Reaction of <sup>19</sup>O + <sup>12</sup>C Studied with an Active-Target Time Projection Chamber in the Energy Range 9.7 < <i>E</i><sub>c.m.</sub> < 16.9 MeV -
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