Contributions of complete fusion and break-up–fusion to intermediate mass fragment production in the low energy interaction of 12C and 27Al

Double differential cross section for light mass fragment production on tens of MeV proton, deuteron, helium and carbon induced reactions

“…Present data miss high energy components of light mass fragments, Li and Be, due to insufficient detector thickness, however the data covers energy range for relatively higher yield. Figure 6 shows double differential cross sections of the Al(C,x) reaction for E C = 144 MeV, at 30 degrees emission angle in comparison with one for E He = 158 MeV, at 30 degrees by S.V.Fortsch et al [11]. Present data for 144 MeV seems to be consistent with data for 158 MeV.…”

“…Bhattacharya et al reports asymmetric binary splitting of the compound nucleus and another mechanism for Li and Be at forward angle in his paper for the 27 Al(He,x) reaction at E he = 60 MeV [10]. Förtsch et al reports contribution of complete fusion and break-up-fusion to intermediate mass a e-mail: toshiya.sanami@kek.jp fragment production for the 27 Al( 12 C,x) reaction at E 12C = 156 MeV [11]. Motobayashi et al pointed out α-transfer reactions between light nuclei through calculation [12].…”