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A sinc-method computation for eigenvalues of Schrödinger operators with eigenparameter-dependent boundary conditions

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We implement the sinc method to compute the eigenvalues of a second order boundary value problem with mixed type boundary conditions where the eigenparameter appears linearly in the boundary conditions.… Click to show full abstract

We implement the sinc method to compute the eigenvalues of a second order boundary value problem with mixed type boundary conditions where the eigenparameter appears linearly in the boundary conditions. We investigate the behavior of the solutions as well as the characteristic determinant via successive iterations. The method is implemented by splitting the characteristic determinant into two parts, where it is proved that the unknown one lies in a Paley-Wiener space and it is approximated by an interpolation sampling theorem. Examples are illustrated numerically and graphically.

Keywords: eigenvalues schr; boundary conditions; sinc method; computation eigenvalues; method computation; schr dinger

Journal Title: Calcolo
Year Published: 2017

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