Annotation: The 12 C(t,d) 13 C reaction was studied at the energy of 38 MeV with transitions to the ground (1/2 – ) state of 13 C nucleus. We reanalyzed the experimental differential cross sections from Ref. 12 of the measured angular distributions was carried out using a modified distorted wave method, assuming a one-step neutron transfer mechanism. The reliability of the criterion of neutron transfer peripherality used in the modified distorted wave method was studied in detail. It was shown that at small angles (in the region of the main diffraction maximum) this reaction occurs commonly on the nuclear surface. The values of the squares of the asymptotic normalization coefficients for 12 C+n→ 13 C were obtained, which are equal to 2.448±0.06 fm -1 , for the lowest 1/2 – state of the 13 C nucleus, respectively.
E. Sh. Ikromkhonov (2026) studied this question.