Quesne-like ring-shaped spherical harmonic oscillator potential and pseudospin symmetry

Zhang Min-Cang
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引用次数: 4

Abstract

A Quesne-like ring-shaped spherical harmonic oscillator potential is put foword and studied for spin 1/2 particles based on the Dirac equation, the Dirac Hamiltonian contains a scalar and a vector Quesne-like ring-shaped harmonic oscillator potentials. Setting Σ = S ( r )+V( r )=0,we obtain the bound state solutions and eigenenergies with the two-component approach. The result shows the pseudospin symmetry exists in the Quesne-like ring-shaped harmonic oscillator potential. The general properties of both the ring-shaped spherical harmonic oscillator potential and the ring-shaped non-spherical harmonic oscillator potential are discussed.
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类quesne环形球面谐振子势和伪自旋对称性
基于狄拉克方程,提出并研究了自旋为1/2粒子的类quese环形球谐子势,狄拉克哈密顿量包含一个标量和一个矢量类quese环形谐振子势。设Σ = S (r)+V(r)=0,用双分量法得到束缚态解和特征能。结果表明,类quesne环形谐振子势中存在赝自旋对称性。讨论了环形球面谐振子势和环形非球面谐振子势的一般性质。
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