Publication Details

Determing Energy Levels of 56Co Using ( MSDI) of The Nuclear Shell Model
Download
	Type:
	General Speciality:
D.N.HAMED	Author Name:
	Co Authors Names:
Journal of Kerbala University , Vol. 12 No.4 Scientific . 2014	Publisher Name:
The nuclear energy levels for nucleus 56Co have been calculated within Nuclear Shell Model (N.S.M.) using Modified Surface Delta Interaction ( MSDI ) as the residual interaction between two nucleon as finding spectra of 50Sc we obtain the energy levels of the 56Co energy levels of configuration (particle-hole) in model space (0 1 ) 3 2 1 7 2 l l f p  . Computer programs is apply to calculate the Clebsch-Gordan , Racah coefficient and matrix elements which use to get the energy levels for all allowable total angular momentum . After comparing the theoretical results by using (MSDI) and considering the experimental results a fine identification was found between them.
2014	Publication Year:
Abstract The nuclear energy levels for nucleus 56Co have been calculated within Nuclear Shell Model (N.S.M.) using Modified Surface Delta Interaction ( MSDI ) as the residual interaction between two nucleon as finding spectra of 50Sc we obtain the energy levels of the 56Co energy levels of configuration (particle-hole) in model space (0 1 ) 3 2 1 7 2 l l f p  . Computer programs is apply to calculate the Clebsch-Gordan , Racah coefficient and matrix elements which use to get the energy levels for all allowable total angular momentum . After comparing the theoretical results by using (MSDI) and considering the experimental results a fine identification was found between them.