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By means of an impedance boundary condition and numerical solution of integral equations for the scattering amplitudes to which its use gives rise, we study as a function of its angle of incidence the reflection of a surface plasmon polariton beam propagating on a metal surface whose dielectric function is ε 1 (ω) when it is incident on a planar interface with a coplanar metal surface whose dielectric function is ε 2 (ω). When the surface of incidence is optically more dense than the surface ofdoi:10.1364/oe.19.015483 pmid:21934911 fatcat:zdmkcab4j5cqxli4okoqqrjiee