\begin{document}$ ^9 $\end{document}Be induced by \begin{document}$ ^3 $\end{document}He ions at an energy of 30 MeV. As results of the nuclear reaction 3He + 9Be, the differential cross sections for the exit channels – elastic, inelastic, α + 8Be, 6He + 6Be, 6Li + 6Li, and 7Be + 5He – were measured. Elastic and inelastic scattering data were treated within both the optical model and coupled channel method. A new set of optical potentials was considered for the elastic scattering. The deformation parameter \begin{document}$ \delta_2 $\end{document}was established for the transition \begin{document}$ 3/2\rightarrow5/2 $\end{document}. Cluster transfer reactions were analyzed via the coupled reaction channel method. The nuclear reactions with the exit channels 6He + 6Be, 6Li + 6Li, and 7Be + 5He were complemented by two-step transfer mechanisms. The contribution of each reaction mechanism were shown and compared with the findings of other authors."> Reactions induced by 30 MeV <sup>3</sup>He beam on <sup>9</sup>Be : cluster transfer reactions -
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