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Calculating the Energy Levels for two Nuclei Argon 38Ar and sulfur 38S by Using Surface Delta Interaction | ||
| Journal of Kufa - physics | ||
| Article 1, Volume 7, Issue 1, 2015, Pages 18-24 | ||
| Authors | ||
| ; Ali .k. Hasan | ||
| Abstract | ||
| The Nuclear Shell Model has been applied by using Surface Delta Interaction ( SDI ) to calculate the energy levels and the parity for two Nuclei of Argon 38Ar and Sulfur 38S which are equivalent in mass number, and contain two nucleons outside the close core ( 36S ) founded on the Model Space ( od3/2 of7/2 ). A Matlab computer program has been used to study the nuclei referred to above for calculating Matrix Elements by using Surface Delta Interaction ( SDI ) that mainly intervene to calculate the levels of energy for all allowable total angular momentum and the eigen values in state of mixing and pure application configuration, and also the mentioned program used for calculated necessary coefficients in our calculation as Clebsch-Gorden Coefficients. After comparing the present results with the available experiment results, they have appeared to be in a very good agreement with theoretical values in the state of mixing and pure configurations, and also some of the values of the total angular momentum and parity has been confirmed. | ||
| Keywords | ||
| Shell Model; Surface Delta Interaction | ||
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