Nuclear structure of Xe-Pt nuclei in the framework of ARM and odd-even staggering

Authors

HARISH MOHAN MITTAL
VIDYA DEVI

DOI

10.3906/fiz-1101-88

Abstract

The asymmetric rotor model (ARM) of collective rotation is used to search for the correlation between the rotational energy with the asymmetric parameter \gamma_0 for Xe-Pt nuclei. The correspondence of the ratio ROTE/E(2_1^+) vs. R_{4/2}(=E(4_1^+)/E(2_1^+)) and \gamma_0 is used to distinguish between the axially symmetric and triaxial nuclei. The correlation between deformation parameter \beta and \gamma_0 is studied to understand the structure of the nuclei. The \gamma-band energy staggering in low-spin, low-energy spectra of even-even ^{122-124}Xe and ^{124-128}Ba nuclei is also discussed. We have compared our results with experimental data and other theoretical models.

Keywords

Asymmetric rotor model, deformation parameters

First Page

117

Last Page

131

Recommended Citation

MITTAL, HARISH MOHAN and DEVI, VIDYA (2012) "Nuclear structure of Xe-Pt nuclei in the framework of ARM and odd-even staggering," Turkish Journal of Physics: Vol. 36: No. 1, Article 13. https://doi.org/10.3906/fiz-1101-88
Available at: https://journals.tubitak.gov.tr/physics/vol36/iss1/13