Excitation Function forFe56(n, p)Mn56

Energy Spectrum of Alpha Particles fromLi7+datEWeber1 1958Phys. Rev.15000View full textAdd to dashboardCite

“…Evidence for the He 5 first excited state had previously been obtained in He 4 +^ elastic scattering experiments. 6 Angular distributions consistent with the shell model assignments 2 JP § and 2 Pi for the ground state and the first excited state respectively have been observed in Li 6 (n,d) experiments. 7 The angular correlations between the two alpha particles 8 are also consistent with a 2 P% assignment for the ground state but do not yield any direct information about the He 6 excited state.…”

“…This transformation may either proceed via a (d,a) 2-4 or a (d,n) b reaction with the formation and subsequent decay of levels in He 6 or Be 8 , respectively: Li 7 (^,a)He 5 ; He 6 ->He 4 +^;…”

Excitation Function of the ReactionZn64(n, p)Cu64Rapaport1, Loef2 1959Phys. Rev.19000View full textAdd to dashboardCite

“…The exception is the reaction Fe 56 0,^>)Mn 56 recently reported by Terrell and Holm. 16 These authors find a rapid increase in cross section at about 2 Mev above the energetic threshold of this reaction at 2.9 Mev neutron energy. Taking into account a Q value of +0.20 Mev for the Zn 64 (^)Cu 64 reaction, the cross section of this reaction shows the same trend.…”