2010arXiv (Cornell University)Open access

A Simple Form for the Ground State Rotational Band of even-even Actinide nuclei

Mohamed E. Kelabi, Khaled A. Mazuz, Eman O. Farhat, Howida K. Elgowiry, Samira E. Abushnag

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Abstract

From Bohr-Mottelson model, a three parametric simple expression for the ground state rotational band of deformed even-even nuclei is deduced by incorporating the variable moment of inertia and the softness parameter. Our obtained results show good agreement with data in comparison with other existing models.

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From Bohr-Mottelson model, a three parametric simple expression for the ground state rotational band of deformed even-even nuclei is deduced by incorporating the variable moment of inertia and the softness parameter. Our obtained results show good agreement with data in comparison with other existing models.

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Available abstract

From Bohr-Mottelson model, a three parametric simple expression for the ground state rotational band of deformed even-even nuclei is deduced by incorporating the variable moment of inertia and the softness parameter. Our obtained results show good agreement with data in comparison with other existing models.

Key concepts: Moment of inertia, Simple (philosophy), Bohr model, Ground state, Actinide, Physics, Rotational partition function, Moment (physics)

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