Nuclear structure of even-even Ge isotopes by means of interacting boson models

Abstract

Interacting Boson Models IBM-1and IBM-2, have been used to calculate energy levels and nuclear properties of the even-even Ge isotopes from A = 64 to A = 80. Energy levels of the low lying states of these nuclei were produced, the electric quadruple reduced transition probabilities B(E2) were calculated as well. Mixing ratios δ(E2/M1) for transitions with ΔI = 0, I ≠ 0were calculated. All the results are compared with available experimental data and other IBM versions and calculations. Satisfactory agreements were produced. © Tübïtak.