Wiener-Hopf Solution of Diffraction by a PEC Wedge in Anisotropic Media

In this work we present our recent work on novel Wiener-Hopf (WH) formulation for the analysis and the study of scattering of wedges [1] immersed in complex materials [2-3]. We start from an original study of the perfect electrically conducting (PEC) wedge immersed in uniaxial (epsilon(x)=epsilon(y)not equal epsilon(z), mu(x)=mu(y)not equal mu(z)) and biaxial (all different epsilon(i), mu(i) i=x,y,z) media illuminated by plane waves, where the wedge has an aperture angle of 2 pi-2 gamma. The uniaxial case has been studied by Felsen in [4], however generalization and exploitation of this case has not been further carried out in literature.