The influence of triaxial deformation $\gamma$ on the characteristics of chiral-parity (ChP) violation in nuclear systems is investigated within the reflection-asymmetric triaxial particle rotor model. With $\gamma$ deviating from ${90}^{\circ }$, the energy degeneracy between the chiral doublets and between the parity doublets of the ChP quartet bands is gradually reduced. The selection rules of the electromagnetic transitions are found to be sensitive to the triaxial deformation $\gamma$. The angular momentum geometry for the ChP quartet bands, including the angular momentum components and the azimuthal plot, is analyzed for different $\gamma$.

Close

PrevNext

View figure in article

• Collective levels
• Collective models
• Electromagnetic transitions
• Nuclear structure & decays