The Shell Correction Method and Its Application to Nuclear Masses
作者： Ingemar Ragnarsson
DOI: 10.1007/978-1-4684-3716-4_10
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摘要: The calculation of nuclear masses within the Nilsson-Strutinsky method is briefly reviewed. In numerical calculations, standard liquid drop or droplet model used for macroscopic energy and microscopic calculated from single-particle orbitals modified oscillator potential. Results nuclei with A≳90 are presented. Except some closed shell nuclei, discrepancies between experimental theoretical effects seldom exceed 1 MeV. For medium-heavy outside regions where parameters have been fitted, general trends appear to be much better described than model.
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