Theoretical Studies of Allowed (E1) and Forbidden (E2 and M1) Transitions in La IV — Supplement

Usta, Betül Karaçoban; Eser, S.

doi:10.12693/aphyspola.137.1187.s1

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Electromagnetic Reduced Transition Probabilities1

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2022

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“…Finally, by considering the partial mean life time τ p in each transition, we obtained the reduced transition probabilities B (E2) and B (M1) as follow in Eqs. (5,6) [17][18][19]:…”

Section: Electromagnetic Reduced Transition Probabilitiesmentioning

confidence: 99%

Systematic Projected Shell Model Study of Even-Even Dysprosium Isotopes

2022

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Back-bending phenomenon is one of the important phenomena usually seen at high spin states of even -even heavy nuclei. As a result, any changes in the behavior of nuclear rotation, such as increase in moment of inertia versus rotational frequency can be shown in the usual back-bending plots which have been studied in many papers before. In this paper we show for the first time that these changes can be seen in the ratio of electromagnetic reduced transition probabilities B (E2) and B (M1) in even -even [152][153][154][155][156][157][158][159][160][161][162][163][164] Dy isotopes using the Projected Shell Model (PSM) theory. The electric quadrupole transition probability B (E2) and the magnetic dipole transition probability B (M1) moments are sensitive to nuclear shape deformation and nuclear charge distribution, respectively. Our findings confirm the well-known back-bending previously seen and are in good agreement with experimental results. While intrinsic quadrupole moments are constant for each Dy isotope, the new findings show that spectroscopic quadrupole moments are increasing with spin.

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“…Finally, by considering the partial mean life time τ p in each transition, we obtained the reduced transition probabilities B (E2) and B (M1) as follow in Eqs. (5,6) [17][18][19]:…”

Section: Electromagnetic Reduced Transition Probabilitiesmentioning

confidence: 99%