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The wave function, energy level and oscillator intensity of Be+ ions and Li atoms are calculated by using the relativistic model potential method, and the electric dipole polarization and superpolarization rates of the ground state are further obtained, and the contribution of different intermediate states to the ground state superpolarization rate is analyzed in detail. For Be+ ions, the existing theoretical results of electric dipole polarization rate and superpolarization rate AND are in line with NOT. For Li atoms, the existing theoretical results of electric dipole polarization AND are well in line with each other, but the difference in superpolarization rate given by different theoretical methods is always large, and the largest difference exceeds an order of magnitude. By analyzing the contribution of different intermediate states to the superpolarization rate of Li atomic ground states, the reasons for the large differences between different theoretical results are explained.
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