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Large-scale shell model calculations of the 25,26Mg, 27Al and 19F nucleus

Large-scale shell model calculations of the 25,26Mg, 27Al and 19F nucleus
Khalid S. Jassim; Shamil R. Sahib
International Journal of Nuclear Energy Science and Technology, Vol. 12, No. 1 (2018) pp. 81 - 91
Shell model calculations were performed to study the energy levels for the <SUP align="right">25,26</SUP>Mg and <SUP align="right">27</SUP>Al nuclei by employing the sdpfnow effective interaction with the large-scale sdpf model space by using the shell model code NuShell@MSU for Windows. The electron scattering form factors for <SUP align="right">19</SUP>F nucleus also have been studied with and without effective charge on the sdpf-model space and Tassie model. The Harmonic Oscillator and Skyrme potentials have been used to calculate the wave functions of radial single-particle matrix elements. The level schemes are compared with the experimental data. Coulomb and magnetic form factors in the present work include the transitions from ground state (1/2<SUP align="right">+</SUP> 1/2) to the (7/2<SUP align="right">+</SUP> 1/2), (9/2<SUP align="right">+</SUP> 1/2), (3/2<SUP align="right">−</SUP> 1/2), and (11/2<SUP align="right">−</SUP> 1/2) states in <SUP align="right">19</SUP>F. Good agreements were obtained for all nuclei under study for energy levels and form factors comparing with the available experimental data.

Authors:   Khalid S. Jassim; Shamil R. Sahib
Journal:   International Journal of Nuclear Energy Science and Technology
Volume:   12
edition:   1
Year:   2018
Pages:   81
DOI:   10.1504/IJNEST.2018.092601
Publication date:   26-Jun-2018
Facts, background information, dossiers
  • Energy
  • wave functions
  • Single
  • scattering
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