Investigation of the 13C(d,α)11B reaction mechanism at E d = 15.3 MeV

Mechanisms of sequential particle transfer and characteristics of light neutron-excess and oriented nuclei

“…and statistical tensors of the 11 B(5/2 -nucleus) Experimental differential cross sections for this reaction with production of 11 B in the ground and three lowest excited states are obtained in [73,74]. The theoretical analysis of experimental results enabled determination of a contribution to the cross section of the reaction, studied from the more involved mecha nisms than just a deuteron cluster pickup.…”

“…Calculated angular dependences of some compo nents of the statistical tensors for 11 [73]. Statistical uncertainties are shown when they exceed circle size.…”

“…The theoretical cross sections are calculated [73,74] assuming direct mechanisms represented by the diagrams in Fig. 24 to take place, along with the mechanism of compound nucleus formation [75][76][77].…”