Ground state properties of some stable and exotic nuclei using Harmonic Oscillator and Hulthen-Weinberg wave functions
Researcher name: Ameen Mutaa Hameed
Thesis Title “Ground state properties of some stable and exotic nuclei using Harmonic Oscillator and Hulthen-Weinberg wave functions”.
Signature:
Name: Dr. Arkan R. Ridha
Title : Assistant Professor
Abstract
The nuclear shell model has been used to calculate nuclear ground state matter density distributions (MDDs) and electron scattering Coulomb form factors of stable (4He, 31P, 6Li, 7Li) and exotic (6He, 8He, 27P, 8Li, 9Li, 11Li) nuclei. The technique of the work is relied on the assumption that the inner parts of the studied nuclei are inert cores and valence parts which are loose or bound to the core. The core parts are searched through harmonic-oscillator (HO) potential, while the valence parts are studied through Hulthen-weinberg potential. The parameters of HO and Hulthen potentials are chosen to recreate the available experimental size radii and binding energies for the last nucleon(s) at valence for all nuclei under study.
A master’s thesis is discussed in College of science, University of Baghdad, about the biostratigraphy and depositional environmental of Yamama formation in Faihaa oil field southern Iraq
In the College of science, University of Baghdad, a master’s thesis was discussed, tagged “Biostratigraphy and Depositional Environmental of Yamama Formation in Faihaa Oil Field Southern Iraq” by the research student Maryam Mohammad Taha and presented to the Geology Department under the supervision by Dr. Salam I.
