Abstract
Aiming at microscopically understanding the shape-coexistence phenomena, a new algorithm for obtaining many self-consistent Hartree-Fock states is developed. In contrast with the conventional numerical method of the constrained Hartree-Fock equation, which gives the most energetically favorable state under a given constrained condition, it can find many high-lying Hartree-Fock states as well as many continuous constrained Hartree-Fock solutions by dictating their configurations through some reference state. Numerical calculation is performed by using the Skyrme III.
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