Abstarct: Structural models are widely used in the study and identification of isotopes. Two-laxyer and cluster models are among the efficient and popular models in studying the static properties of nuclei, including determining the baxse state energy and their load radiuIn In this paper, we have studied the isotope cluster model using a closed 16O shell. We consider 17O with an additional neutron and a 16O shell, as well as 18O and 19O using Jacobian coordinates and calculating the dependence energy of these isotopes. Also, using alpha clusters, we have studied the isotopes and in a two-particle system and calculated the dependence energy of these isotope. Then, using alpha clusters, we examined the isotopes and in a two-particle system and calculated the dependence energy of these isotopes. In the model, we consider a cluster as an alpha particle (including two protons and two neutrons) and a deutron ( ) and as an alpha and triton particle ( ) as a two-particle system.Therefore, considering the laxyered and cluster model, we solved Schroodinger equation in the presence of Hellmann-like potential using NU analytical method and calculated the specific values of ground state energy and ground state wave functions for the above isotopes.