The available experimental data for the elastic scattering of isobar nuclei 6Li and 6He on [Formula: see text]C nuclei have been reanalyzed in a wide energy range of energy from 5.8[Formula: see text]MeV to 600[Formula: see text]MeV using the optical model with Distorted Wave Born Approximation (DWBA), and coupled reaction channel method (CRC) where inelastic scattering and transfer have been involved during calculations. A semi-microscopic potential, namely double-folding cluster model (DFC) has been used to investigate the cluster structure for both projectiles and target which was folded with Distorted Wave Born Approximation (DWBA) as a real part of potential where the imaginary part was taken in Woods–Saxon (WS) shape. The crystal model method has been applied to 6Li, 6He elastically scattered by [Formula: see text]C, and reliable analysis of the considered experimental data has been obtained.
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