Scattering from bodies with the surface impedance matched to the wave impedance of the surrounding medium is particularly weak. The corresponding impedance surface is referred to as the low reflection surface. The paper describes application of the physical theory of diffraction to the simulation of scattering from electrically large low reflection bodies. Since the main specular contribution is low, the focus is on accounting for corrections due to the edges in the scattering surface
This thesis examines certain aspects of diffraction and scattering of high frequency waves, utilisin...
Electromagnetic scattering from bodies with the surface impedance matched with the wave impedance of...
The basic problem of determining the far-field scattered from the edge of a wedge of exterior angle ...
The progress in the development of thin and lightweight artificial absorbers has revived interest i...
This paper deals with the diffraction by an impedance wedge. The solution of this problem provides u...
This thesis examines the UTD diffraction coefficient's limitations in accuracy for a half plane and ...
Asymptotic/high-frequency solutions are developed for analyzing the non-specular scattering mechanis...
Besides classical applications (radar and stealth, antennas, microwave engineering), scattering and ...
Scattering effects from rough surfaces are non-paraxial diffraction phenomena resulting from random ...
The method of physical optics (PO) is a powerful algorithm for calculation of scattering and radiati...
This text is based on the lecture notes written for the post-graduate course in radio engineering, g...
Abstract: An explicit formula is derived for the electromagnetic (EM) field scattered by one small i...
The diffraction from a wedge is an important canonical problem for the high-frequency description of...
The canonical problem of evaluating the scattered field at a finite distance from the edge of an imp...
Scattering effects from rough surfaces are non-paraxial diffraction phenomena resulting from random ...
This thesis examines certain aspects of diffraction and scattering of high frequency waves, utilisin...
Electromagnetic scattering from bodies with the surface impedance matched with the wave impedance of...
The basic problem of determining the far-field scattered from the edge of a wedge of exterior angle ...
The progress in the development of thin and lightweight artificial absorbers has revived interest i...
This paper deals with the diffraction by an impedance wedge. The solution of this problem provides u...
This thesis examines the UTD diffraction coefficient's limitations in accuracy for a half plane and ...
Asymptotic/high-frequency solutions are developed for analyzing the non-specular scattering mechanis...
Besides classical applications (radar and stealth, antennas, microwave engineering), scattering and ...
Scattering effects from rough surfaces are non-paraxial diffraction phenomena resulting from random ...
The method of physical optics (PO) is a powerful algorithm for calculation of scattering and radiati...
This text is based on the lecture notes written for the post-graduate course in radio engineering, g...
Abstract: An explicit formula is derived for the electromagnetic (EM) field scattered by one small i...
The diffraction from a wedge is an important canonical problem for the high-frequency description of...
The canonical problem of evaluating the scattered field at a finite distance from the edge of an imp...
Scattering effects from rough surfaces are non-paraxial diffraction phenomena resulting from random ...
This thesis examines certain aspects of diffraction and scattering of high frequency waves, utilisin...
Electromagnetic scattering from bodies with the surface impedance matched with the wave impedance of...
The basic problem of determining the far-field scattered from the edge of a wedge of exterior angle ...