Octupole Type Deformation of Nuclear Surface

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概要

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• The shell structure dependence of the surface rigidity to nuclear octupole type deformation, a is examined. In order to calculate the energy change due to octupole type deformation, a coordinate transformation which transforms a deformed surface into a spherical one is introduced. The results of our calculations are in good agreement with the trend of experimental data suggested by low lying odd parity states of even-even nuclei and display a characteristic shell structure dependence as well as quadrupole type deformation. According to the deformed potenital model, it is shown that octupole type deformations are closely connected with quadrupole type deformations. This fact may play an important role in determining the spin values of low lying odd parity states of even-even nuclei and in understanding a mechanism of asymmetric fission.

• 理論物理学刊行会の論文
• 1959-01-25

著者

• Suekane Shota

  Department Of Physics Faculty Of Science Osaka City University

関連論文

• Nuclear Deformability and Shell Structure
• Nuclear Quadrupole Moment and Rigidity of Nuclear Core
• Surface Rigidity and Shell Structure of Nuclei
• Basic Rotational Band and Band Mixing in the Cranking Model
• The First-Order E2 Core Polarization Charge of ^Ca in Woods-Saxon Shell Model
• Hamamoto's Remedy for the Band Crossing Anomalies in the Cranking Model
• Quasi-Free Proton-Proton Scattering on Deformed Nuclei
• On the Non-Axial Deformation of the Medium and Heavy Even-Even Nuclei
• The Structure of the First Excited 0^+ State of ^
• The Effect of the Electron Correlation on the Electrical Resistivity of Liquid Metals
• The Catalysis of Nuclear Fusion Reactions by μ^--Mesons
• Stability of Axially Asymmetric Nuclear Deformation
• Octupole Type Deformation of Nuclear Surface
• The Magnetic Octupole Moments of Nuclei
• The Hexadecapole Moments of Atomic Nuclei
• Effects of the Degeneracy on the Bethe-Goldstone Type Equation for ^O
• The Neck-In Dependence of the Potential Energy Surface of ^U and Asymmetric Fragmentation
• The Structure of the Lowest Excited 0^+ Rotational Band of ^O

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