Shooting and bouncing rays: Calculating RCS of an arbitrary cavity

Diffraction of Electromagnetic Waves by an Open Ended Parallel Plate Waveguide Cavity with Impedance Walls

“…Up to now, in the open literature many cavity scattering problems have been analysed by using a variety of analytical and numerical techniques. The most used two typical methods are the waveguide modal approach [1,2] and the high frequency ray techniques [3,4]. However, the solutions obtained by these methods remain valid depending on the length of the cavity size.…”

Prediction of Radome Bore-Sight Errors Using a Projected Image of Source Distributions

“…(3), the electric and magnetic field at the point of r S of the antenna is replaced by the field at the point r P of the projection plane multiplied by divergence and phase factors [18][19][20][21]. If a radome encloses the antenna 'A' as shown in Fig.…”

Plane Wave Diffraction by a Finite Parallel-Plate Waveguide With Four-Layer Material Loading: Part I - The Case of E Polarization

“…This problem serves as a simple model of duct structures such as jet engine intakes of aircrafts and cracks occurring on surfaces of general complicated bodies. Some of the diffraction problems involving twoand three-dimensional (2-D and 3-D) cavities have been analyzed thus far based on high-frequency techniques and numerical methods [7][8][9][10][11][12][13]. It appears, however, that the solutions due to these approaches are not uniformly valid for arbitrary dimensions of the cavity.…”