Diffraction of EM-Wave by a Finite Symmetric Plate with Dirichlet Conditions in Cold Plasma

In the present article, we have considered the incident wave on a finite symmetric plate under the imposition of Dirichlet boundary conditions in the presence of cold plasma. The boundary value problem is formulated through employing the Fourier transform on Helmholtz equation. The technique of Wiener–Hopf analysis is used to sort out the problem proposed for this model. The separated field is evaluated and then effects of various physical parameters are discussed through graphical analysis in the presence of cold plasma. A comparative study with previous analysis of non-symmetric finite plate is discussed graphically.