Triaxial rotor model for nuclei with independent inertia and electric quadrupole tensors
Physical Review C2004Vol. 70(2)
Citations Over TimeTop 10% of 2004 papers
Abstract
The triaxial rotor model for nuclei is investigated by relaxing the use of irrotational moments of inertia. The dependence of observables of the model on the electric quadrupole tensor, through a triaxiality angle $(\ensuremath{\gamma})$, and on the inertia tensor, through a mixing angle, is illustrated. This formalism provides insights into the physics of triaxial rotations in nuclei.
Related Papers
- → Experimental investigation and performance analysis of inertia properties measurement for heavy truck cab(2015)11 cited
- → Superdeformation in the Pb nuclei and the evolution of the dynamic moments of inertia(1994)8 cited
- → Irrotational Barochronous Gas Motions(2004)5 cited
- → Atomic Nuclei: Moments of Inertia and Quadrupole Moments(1966)5 cited