Electromagnetic Characteristics of States $^{172}Yb$}

TL;DR

This paper models the electromagnetic properties and energy spectrum of the isotope $^{172}Yb$ using a phenomenological approach that includes various nuclear states and bands, highlighting non-adiabatic effects.

Contribution

It introduces a comprehensive phenomenological model that accounts for multiple nuclear bands and non-adiabatic effects in describing $^{172}Yb$'s energy spectrum and electromagnetic transitions.

Findings

Accurate description of $^{172}Yb$ energy spectrum.

Calculated transition probabilities for various electromagnetic processes.

Identification of non-adiabatic effects in nuclear characteristics.

Abstract

To describe the ground (gr) and excited states of even-even deformed nuclei with the phenomenological model, which takes into account the mixing ground $(gr)$, $0^{+}_{2}(\beta_1)$--, $0^{+}_{3}(\beta_2)$--, $2^{+}_{1}(\gamma_1)$--, $2^{+}_{2}(\gamma_2)$-- and $K^{\pi}=1^{+}_{\nu}$ rotational bands the calculation has been done for the isotope $^{172}Yb$. The energy specterum is described. The reduced probability of electric quadrupole, monopole and dipole magnetic transitions from the states $0^{+}_{\nu}$ and $2^{+}_{\nu}$ - bands to the ground $(gr)$ state band is calculated. A non adiabatic effect in the energy and electromagnetic characteristics is discussed.