Supersymmetric approach to exact solutions of (1+ 1)-dimensional time-independent Klein-Gordon equation: Application to a position-dependent mass and a $\mathcal{PT}$š¯’«š¯’Æ-symmetric vector potential

@article{Zaghou2017SupersymmetricAT,
  title={Supersymmetric approach to exact solutions of (1+ 1)-dimensional time-independent Klein-Gordon equation: Application to a position-dependent mass and a \$\mathcal\{PT\}\$š¯’«š¯’Æ-symmetric vector potential},
  author={N. Zaghou and F. Benamira and L. Gu{\'e}chi},
  journal={The European Physical Journal Plus},
  year={2017},
  volume={132},
  pages={1-12}
}
Abstract.Rigorous use of the SUSYQM approach applied for the Klein-Gordon equation with scalar and vector potentials is discussed. The method is applied to solve exactly, for bound states, two models with position-dependent masses and $\mathcal{PT}$š¯’«š¯’Æ-symmetric vector potentials, depending on some parameters. The necessary conditions on the parameters to get physical solutions are described. Some special cases are also derived by adjusting the parameters of the models.Ā 
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Exact solution of time-independent one-dimensional Dirac equation with position-dependent mass and vector potential of hyperbolic type by generalized SUSY QM approach

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