Inverse problem of scattering theory for a class one-dimensional Schrödinger equation
Kh. R. Mamedov, Anar Adiloğlu Nabiev
Abstract
Kh. R. Mamedov, Anar Adiloğlu Nabiev
Abstract
In this work, direct and inverse scattering problem on the real axis for the Schrödinger equation with piecewise-constant coefficient are studied. Using the new integral representations for solutions, the scattering data is defined, the main integral equations of the inverse scattering problem are obtained, the spectral characteristics of the scattering data are investigated and uniqueness theorem for the solution of inverse problem is proved.
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In this work, direct and inverse scattering problem on the real axis for the Schrödinger equation with piecewise-constant coefficient are studied. Using the new integral representations for solutions, the scattering data is defined, the main integral equations of the inverse scattering problem are obtained, the spectral characteristics of the scattering data are investigated and uniqueness theorem for the solution of inverse problem is proved.
Key concepts: Inverse scattering problem, Inverse scattering transform, Mathematics, Quantum inverse scattering method, Scattering theory, Inverse problem, Piecewise, Mathematical analysis