Abstract
The multi-configuration Dirac-Fock method is used in this work to calculate ground-state ionization potentials of Boron and Carbon isoelectronic sequences from Z = 6 to Z = 42. And the contribution of relativistic corrections, nuclear volume effect, Breit and QED effects to the results is discussed in the calculation. The results are compared with the scanty existing theoretical and experimental data in the literature and good agreements are achieved. Then analytical expressions of Ionization potential along Boron and Carbon isoelectronic sequences are obtained.
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