5TH International Congress on Technology - Engineering & Science - Kuala Lumpur - Malaysia (2018-02-01)

The Binding Energy Of Deformed Super Heavy Nuclei With Z≥105

The binding energy of superheavy nuclei around the magic nucleus Z= 114, N=184 was calculated through an improved method Bethe and Weizsäcker. This modification has been done by inclusion of some terms to Bethe and Weizsäckers initial mass formula. Since these nuclei are deformed in their ground-state, this term has been taken into account for consideration of its effect. In this method, the formula of nuclear binding energy consists of seven unknown coefficients that are obtained using known experimental binding energies. The calculated binding energies for some super heavy nuclei are compared with the experimental data obtained from AME 2012s mass table as well as theoretical results obtained by Zhongzhou Ren and Tiekuang Dong. It is evident from these comparisons that the calculated results using the improved method are well agreed with experimental data than theoretical method of Zhongzhou Ren and Tiekuang Dong.
Keywords: .
Mohammad Reza Pahlavani