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The study of the cluster structure of light nuclei is one of the fundamental problems of nuclear physics. The cluster structure of $^6\text{Li}$ nucleus was a subject of many experimental and theoretical studies, for example [1-3]. The cluster configurations of $^6\text{Li}$ excited states can be either two-cluster ($^4\text{He}+d$, $^5\text{He}+p$, $^5\text{Li}+n$, $^3\text{He}+t$), or three-cluster ($^4\text{He}+p+n$) ones.
To determine the contribution of various configurations to the structure of excited states, we propose the study of inelastic scattering of $\alpha$-particles on the $^6\text{Li}$ nucleus, provided that the scattered $\alpha$-particle coincides with the particle from the breakup of the excited state. Kinematical simulation of this reaction was performed at $E_{\alpha} = 30$ MeV for various excited states of $^6\text{Li}$ nucleus. The simulation results show that registration of the scattered $\alpha$-particle in coincidence with various particles ($n, p, t, \alpha$) from the breakup of excited $^6\text{Li}$ states will allow us to determine the cluster structure of these states.
- V.I.Kukulin et al. // Nucl. Phys. A. 1995. V.585(1). P.151.
- E.Hiyama, T.Yamada // Prog. Part. Nucl. Phys. 2009. V.63(2). P.339.
- M.I.Adamovich et al. // Phys. At. Nucl. 1999. V.62(8). P.1378.
