Calculate Energy Levels, Energy Ratios and Electric Quadrupole Transition Probability B(E2), of the Even-Even Yb-164 Isotopes Using IBM-1

S. Hummadi, O. A. M. safauldeen, Amani Abdullah Kumeel, Anaam Musa Hadee, Raghdaa Hameed Honi
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引用次数: 2

Abstract

The nuclear structure for even-even nuclei  estimated by using interacting boson model (IBM-1). Also this program was used to determine energy levels of g- state, energy ratios and electric quadrupole transitions probability B(E2) which have been calculated. Depending on the follow up of energy ground bands (g, β, and γ) . The dynamical symmetry and energy spectrum of selected isotope are determined by B(E2). The electric quadrupole transition probability of the (2 ᶢ +-0 ᶢ +) transitions for Yb (A=164) isotopes with the dynamical symmetry SU(3)- SU(5) from rotational SU(3) to vibrational SU(5). All obtained results of the study were compared with experimental facts and acceptable agreement obtained.
利用IBM-1计算偶偶Yb-164同位素的能级、能量比和电四极跃迁概率B(E2)
用相互作用玻色子模型(IBM-1)估计偶偶核的核结构。并利用该程序计算了g态能级、能量比和电四极跃迁概率B(E2)。取决于后续的能量基带(g, β和γ)。所选同位素的动力学对称性和能谱由B(E2)测定。具有动力学对称SU(3)- SU(5)的Yb (A=164)同位素从旋转SU(3)到振动SU(5)的(2ᶢ+-0ᶢ+)跃迁的电四极子跃迁概率。所有得到的研究结果与实验事实进行了比较,得到了可接受的一致性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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