Abstract
Angular distribution of the B-10 + C-12 elastic scattering was measured at E-lab(B-10) = 41.3 MeV. Experimental data showed a significant increase in differential cross-sections at backward angles. The optical model with phenomenological potentials reproduces well the experimental cross-sections in the region of the angles of the forward hemisphere, but is not able to explain the increase in cross-sections at large angles. The distorted wave Born approximation method was used to reproduce the experimental data at large angles (> 90 degrees) by taking into consideration a deuteron transfer. Spectroscopic amplitude has been extracted for the configuration C-12 -> B-10 + d from the analysis.