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We present our recent results of the mirror nuclei 5He and 5Li obtained by analyzing structure of continuum states in the complex scaled α + N two-body model. Decomposed scattering cross section and continuum level density of α + N system are discussed.
The purpose of this work is to investigate the reliability of the virtual state solutions in the CSM as comparing with the solutions of the Jost function method. To investigate the structure of the virtual state, we calculate the energy eigenvalues, phase shifts and photodisintegration cross section of the two-body model with a two-range Gaussian potential by changing the strength of the attractive potential.
In this work we investigate the higher excited states of a+a system applying the complex scaling method. The low-lying 0+ , 2+ and 4+ states of a+a are measured well but the higher excited states 6+ , 8+ and 10+ of a+a are not available by experimentally and these higher excited states have been barely studied by theoretical approaches.
