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Phenomenological Analysis and Determination of Spins for Superdeformed Bands in the Mass-190 Region

Ing Z

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Abstract

Fifteen superdeformed bands in seven nuclei of the mass-190 region are analyzed by means of the phenomenological model. An overall and excellent agreement between the calculated and observed spectra E_r, kinematic moment of inertia and dynamic moment of inertia is obtained for all superdeformed bands in the mass-190 region.

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What this paper is about

Fifteen superdeformed bands in seven nuclei of the mass-190 region are analyzed by means of the phenomenological model. An overall and excellent agreement between the calculated and observed spectra E_r, kinematic moment of inertia and dynamic moment of inertia is obtained for all superdeformed bands in the mass-190 region.

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Available abstract

Fifteen superdeformed bands in seven nuclei of the mass-190 region are analyzed by means of the phenomenological model. An overall and excellent agreement between the calculated and observed spectra E_r, kinematic moment of inertia and dynamic moment of inertia is obtained for all superdeformed bands in the mass-190 region.

Key concepts: Moment of inertia, Physics, Spins, Moment (physics), Phenomenological model, Atomic physics, Spectral line, Kinematics

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