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Eigenenergies of a Relativistic Particle in an Infinite Range Linear Potential Using WKB Method.

机译:使用WKB方法在无限范围线性势中的相对论粒子的本征能。

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Energy eigenvalues for a non-relativistic particle in a linear potential well are available. In this paper we obtain the eigenenergies for a relativistic spin less particle in a similar potential using an extension of the well-known WKB method treating the potential as the time component of a four-vector potential. Since genuine bound states do not exist for positive rising potentials, our calculations are valid only for fairly low-lying levels. The transcendental eigenvalue equation that is obtained is solved using Mathematica software to get eigenenergies. Our results are compared with those for the non relativistic case. The results may find applications besides having conceptual significance.
机译:线性势阱中非相对论粒子的能量特征值是可用的。在本文中,我们使用已知的WKB方法的扩展(将电势作为四矢量电势的时间分量),获得了具有相似电势的相对论无旋粒子的本征能。由于对于正的上升电位不存在真正的束缚态,因此我们的计算仅对相当低的水平有效。使用Mathematica软件求解获得的先验特征值方程,以获取特征能量。我们的结果与非相对论的情况进行了比较。该结果除了具有概念意义外,还可以找到应用。

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