Shell-model calculations for the 0f<sub>7/2</sub>proton-shell nuclei

Saayman, R.; Irvine, John

doi:10.1088/0305-4616/2/5/007

J. Phys. G: Nucl. Phys.

1976

DOI: 10.1088/0305-4616/2/5/007

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Shell-model calculations for the 0f_7/2proton-shell nuclei

R. Saayman¹,

John Irvine²

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1977

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Cited by 8 publications

(1 citation statement)

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“…Mn, 54 Fe, and 55 Co) have been calculated within the spherical shellmodel framework, assuming a 48 Ca as a closed core (Saaymant and Irvine, 1976), as well as f 7/2 shell-model study ( [43][44][45][46] Ca and 43-45 Sc) in pure f n 7/2 configuration (Muto et al,1978). Hundreds of years ago, many models and theories were built to describe and illustrate the experimental observations of the nuclear structure and reaction properties for various nuclei (Bacca, 2016).…”

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confidence: 99%

Study of the Electric Quadrupole Transitions in 50-51Mn Isotopes by Using F742pn and F7cdpn Interactions

Hasan¹,

Obeed²,

Rahim³

2021

BAS-SJKFU

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The nuclear shell-model has been used to compute excitation levels of ground band and electric quadrupole transitions for 50-51Mn isotopes in f-shell. In the present study, f742pn and f7cdpn effective interactions have been carried out in full f-shell by using Oxbash Code. The radial wave functions of the single-particle matrix elements have been calculated in terms of the harmonic oscillator (Ho) and Skyrme20 potentials. The predicted theoretical results have been compared with the available experimental data; it has been seen that the predicted results are in agreement with the experimental data. From the current results of the calculations, many predictions of angular momentum and parities of experimental states have been made, and the energy spectra predictions of the ground band and B(E2; ↓) electric quadrupole transitions in 50-51Mn isotopes of the experimental data are not known yet. In the nuclear shell-model calculations framework, energy levels have been determined for 50-51Mn isotopes; new values of electric quadrupole transitions have been predicted in the studied results. This investigation increases the theoretical knowledge of all isotopes with respect to the energy levels and reduced transition probabilities.

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confidence: 99%

Study of the Electric Quadrupole Transitions in 50-51Mn Isotopes by Using F742pn and F7cdpn Interactions

Hasan¹,

Obeed²,

Rahim³

2021

BAS-SJKFU

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Properties of low-lying levels of39K

Stander

Naudé

Saayman

et al. 1986

Z. Physik A - Atomic Nuclei

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The atomic nucleus 41K was studied with emphysis on the experimental derivation of electromagnetic properties and spin values of low-lying levels with energies __< 3,282 keV. Energy levels, decay properties and mean lifetimes were measured with (p,p'7) and (p, p') reactions at incident proton energies of about 6 MeV. Spin values were deduced from a comparison of results obtained from a Hauser-Feshbach analysis of (p,p') and (P, P' 7) reactions and measured transition strengths derived from mixing ratios, lifetimes and decay properties. Experimental results are discussed in terms of shell model calculations with a modified effective surface delta interaction.

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Nuclear structure study of51V

et al. 1980

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Shell-model calculations for the 0f_7/2proton-shell nuclei

Cited by 8 publications

References 24 publications

Study of the Electric Quadrupole Transitions in 50-51Mn Isotopes by Using F742pn and F7cdpn Interactions

Study of the Electric Quadrupole Transitions in 50-51Mn Isotopes by Using F742pn and F7cdpn Interactions

Properties of low-lying levels of39K

Nuclear structure study of51V

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Shell-model calculations for the 0f7/2proton-shell nuclei

Cited by 8 publications

References 24 publications

Study of the Electric Quadrupole Transitions in 50-51Mn Isotopes by Using F742pn and F7cdpn Interactions

Study of the Electric Quadrupole Transitions in 50-51Mn Isotopes by Using F742pn and F7cdpn Interactions

Properties of low-lying levels of39K

Nuclear structure study of51V

Contact Info

Product

Resources

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Shell-model calculations for the 0f_7/2proton-shell nuclei