The results of the study of the resonance α + 13C interaction using the thick-target inverse kinematic method at the heavy ion DC-60 cyclotron are presented. The helium gas was used as a target and also as a degrader to stop the beam. New data (including 180°-scattering) of the resonances close to the threshold in 17O have been obtained.

The excitation function is measured for 7Be+p elastic resonance scattering at an angle of 180° in the center-of-mass frame. The measurements are made by a new method which combines the advantages of inverse kinematics and thick targets. New information is obtained about the structure of the levels in the 8B nucleus.

Abstract The d-α angular correlation has been measured for the reaction 12 C 14 N , d ) 24 Mg ∗ (α) 20 Ne g.st. . It was found that the correlation function corresponding to the 24Mg∗ nulceus α-decay from the 13.45 MeV(6+) state is well fitted by a squared Legendre polynomial of the sixth order. It means that this level is populated by a direct 12C nucleus transfer.