A comparative analysis of the density distributions and the structure models of 9Li

Analysis of 9Be Fusion Cross Sections via a Simple Cluster Model

“…We have tracked that the α + α + n and 3 H + 6 Li results are very similar. However, we have noticed that the results of all cluster cases have shown an average behavior with the experimental data.…”

“…Table 2. The imaginary potential parameters (W0, rw and aw) used in the theoretical analysis of 9 Be + 28 Si, 64 Zn, 144 Sm, 186 W and 208 Pb fusion reactions for α + α + n, d + 7 Li, 3 H + 6 Li, 3 He + 6 He and n + 8 208 Pb fusion systems by using α + α + n, d + 7 Li, 3 H + 6 Li, 3 He + 6 He and n + 8 Be cluster cases…”

“…Also, it has a usage area in the field of nuclear technology like thermonuclear devices [11,12]. We first obtain the density distributions for α + α + n, d + 7 Li, 3 H + 6 Li, 3 He + 6 He and n + 8 Be cluster cases of the 9 Be nucleus. Then, we calculate the real potentials for each fusion reaction using these density distributions within a double folding (DF) model.…”

“…The FCSs of 9 Be + 28 Si reaction calculated using α + α + n, d + 7 Li, 3 H + 6 Li,…”

“…Thus, a structure consisting of nucleons can be thought as one body [1]. In this respect, the 9 Be nucleus can be assumed as α + α + n, d + 7 Li, 3 H + 6 Li, 3 He + 6 He and n + 8 Be cluster structures [2][3][4] although the cluster structure of 9 Be is not known exactly yet [5]. Therefore, cluster structure is still a hot topic, and many studies can be found in the literature.…”