\begin{document}$ ^{112} {\rm{Sn}}$\end{document}+\begin{document}$ ^{112} {\rm{Sn}}$\end{document} and \begin{document}$ ^{124} {\rm{Sn}}$\end{document}+\begin{document}$ ^{124} {\rm{Sn}}$\end{document} collisions. The HMT affects the single ratios but not the double ratios, which can be employed to study other isospin effects more effectively. The ratio of triton to \begin{document}$ ^3 {\rm{He}}$\end{document} of light clusters contained in the gas-phase nucleons is also influenced by the HMT. Combining the QMD transport model that can describe multi-fragmentation and the production of fragments in intermediate-energy heavy-ion collisions, we study the short-range correlation effect on fragment generation. We find that the isospin-dependent HMT significantly affects the fragment multiplicity distribution and average neutron-to-proton ratio of produced isobars."> Effects of nucleon-nucleon short-range correlation on fragment generation in isotopic nuclear reactions -
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