The analysis of 25Mg(d,t)24Mg reaction by the method combining of the distorted waves with dispersion approach

Differential cross sections of the 25Mg(d,t)24Mg reaction have been measured at the energies 15.3 and 18.0 MeV in the angular interval 5.5 deg≤θc.m.≤65.4 deg. The analysis was done by the method combining DWBA and some elements of the dispersion theory of nuclear reactions. It is shown that the reactions under study are pure peripheral ones with domination of the pole mechanism of the neutron transfer at the region of the main peak of the deuteron angular distribution. The values of the nuclear vertex constant and asymptotic normalization coefficient of the neutron binding in the ground state of the nucleus 25Mg have been obtained. The spectroscopic factors are obtained at standard values of geometrical parameters of bound state potentials. (authors)