September 30, 2001

The investigation of the properties of 97Ru in the framework of dynamic collective model

Key Points

Calculated properties of 97Ru, such as spins and parities, show significant theoretical insights into its states.
The energies and reduced probabilities of electromagnetic transitions between states of 97Ru indicate key behaviors in nuclear physics.
This analysis utilized the dynamic collective model to assess both ground and excited states of 97Ru over various transitions.
Findings suggest that experimental values align with theoretical results, emphasizing the model's predictive capabilities.

Abstract

The energies, spins, parities, magnetic dipole and electric quadrupole moments, spectroscopic factors of the ground and excited states of 97Ru as well as the reduced probabilities of electromagnetic transitions between them have been calculated in the framework of the dynamic collective model. The reduced probabilities of β-transitions between main state of 97Rh and excited states of 97Ru have been calculated. Theoretical results were compared with experimental values.

Ask AI

Helpful

Bookmark

View Full Paper