Nuclear fusion reactions near the Coulomb barrier are strongly affected by thestructure of the interacting nuclei,especially with weakly bound neutrons[1].Some theoretical calculations predict that the fusion cross section is enhanced over well-bound nuclei because of the larger spatial extent of halo nucleons[2].On the other hand halo nuclei can easily break up in the field of the other nucleus,due to their low binding energies.Experimentally this is still a hot debate because of experimental difficulties. Nuclear fusion reactions near the Coulomb barrier are strongly affected by the structure of the interacting nuclei, especially with weakly bound neutrons [1]. Body theoretical calculations predict that the fusion cross section is enhanced over well-bound nuclei because of the larger spatial extent of halo nucleons [2] .On the other hand halo nuclei can easily break up in the field of the other nucleus, due to their low binding energies. Experimentally this is still a hot debate because of experimental difficulties.