Abstract
A moment method formulation of the determination of the equivalent network parameters of an inclined strip extending between the opposite broad walls of a rectangular waveguide is given in this paper. The integral equation representing the boundary condition of the tangential component of electric field along the length of the strip is converted into a matrix equation using a pulse function and point matching technique. From a knowledge of the coefficients of the basis function, the complex reflection coefficient and hence the equivalent network parameter is determined. Comparison between the theoretical and the experimental results is also presented. The perturbation of the wall current in the vicinity of the obstacle is also studied.
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