Including beta- and gamma- Vibrations in Evaluating the Ground State Rotational Band of Deformed Even-Even Nuclei
Mohamed E. Kelabi, Azmirah Ahmed, Vikram Pratap Singh
Abstract
Open-access reader
Mohamed E. Kelabi, Azmirah Ahmed, Vikram Pratap Singh
Abstract
Open-access reader
From the semi-empirical formalisms of Bohr-Mottelson, a new model, based on the effect of beta- and gamma- head energies and the variable moment of inertia, was developed to calculate the ground state rotational band of almost all deformed e-e nuclei. The model can be tuned for nuclei with experimentally available beta- and gamma-vibrational energies as well as for those with unmeasured beta- and gamma-vibrations.
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From the semi-empirical formalisms of Bohr-Mottelson, a new model, based on the effect of beta- and gamma- head energies and the variable moment of inertia, was developed to calculate the ground state rotational band of almost all deformed e-e nuclei. The model can be tuned for nuclei with experimentally available beta- and gamma-vibrational energies as well as for those with unmeasured beta- and gamma-vibrations.
Key concepts: BETA (programming language), Ground state, Physics, Vibration, State (computer science), Nuclear physics, Atomic physics, Quantum mechanics