Transmission Eigenvalues for a Class of Non-Compactly Supported Potentials

preprint2014arXivOpen access

Abstract

Let Ω⊆RnΩ\subseteq\mathbb R^n be a non-empty open set for which the Sobolev embedding H02(Ω)⟶L2(Ω)H_0^2(Ω)\longrightarrow L^2(Ω) is compact, and let V∈L∞(Ω)V\in L^\infty(Ω) be a potential taking only positive real values and satisfying the asymptotics V(⋅)≍⟨⋅⟩−αV(\cdot)\asymp\left\langle\cdot\right\rangle^{-α} for some α∈]3,∞[α\in\left]3,\infty\right[. We establish the discreteness of the set of real transmission eigenvalues for both Schrödinger and Helmholtz scattering with these potentials.

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