Radar Cross Section of electrically large targets which are partially coated with RAM is computed by employing a time effective algorithm based on hybridization of Geometrical Optics (GO) and Physical Optics (PO) numerical methods. The fast predicting method is used to simulate the RCS reduction of a boat when partially covered with composite absorbing materials
ABSTRACT: This paper presents a preliminary study of the Radar Cross Section (RCS) reduction on the ...
Treating aircraft, missiles, and ships with materials that absorb electromagnetic energy continues t...
Abstract-This paper presents a new and original approach for computing the high-frequency radar cros...
A hybrid method based on Ray Tracing and Physical Optics for the estimation of the radar cross secti...
A RT-PO algorithm for the estimation of the Radar Cross Section of electrically large targets coated...
An efficient algorithm for the prediction of the RCS of electrically large targets, partially coated...
A method for a fast prediction of the Radar Cross Section (RCS) reduction of large scattering object...
Radar Cross Section of electrically large platforms which are partially coated with RAM is computed ...
The hybrid vector finite element method and fast multipole algorithm (FEM-FMA) is used to calculate ...
The hybrid vector finite element method and fast multipole algorithm (FEM-FMA) is used to calculate ...
The present research shows a powerful method for the design of multi-layered radar absorbing materia...
Abstract A full-wave analytical method using the addition theorems and Hertzian potential functions ...
The significance of Radar Cross Section (RCS) in the military applications makes its prediction an i...
As a result of the developments within signal processing, transmitters and receivers areas radar tec...
Radar cross section (RCS) of complex targets can be obtained in real time using the hardware capabil...
ABSTRACT: This paper presents a preliminary study of the Radar Cross Section (RCS) reduction on the ...
Treating aircraft, missiles, and ships with materials that absorb electromagnetic energy continues t...
Abstract-This paper presents a new and original approach for computing the high-frequency radar cros...
A hybrid method based on Ray Tracing and Physical Optics for the estimation of the radar cross secti...
A RT-PO algorithm for the estimation of the Radar Cross Section of electrically large targets coated...
An efficient algorithm for the prediction of the RCS of electrically large targets, partially coated...
A method for a fast prediction of the Radar Cross Section (RCS) reduction of large scattering object...
Radar Cross Section of electrically large platforms which are partially coated with RAM is computed ...
The hybrid vector finite element method and fast multipole algorithm (FEM-FMA) is used to calculate ...
The hybrid vector finite element method and fast multipole algorithm (FEM-FMA) is used to calculate ...
The present research shows a powerful method for the design of multi-layered radar absorbing materia...
Abstract A full-wave analytical method using the addition theorems and Hertzian potential functions ...
The significance of Radar Cross Section (RCS) in the military applications makes its prediction an i...
As a result of the developments within signal processing, transmitters and receivers areas radar tec...
Radar cross section (RCS) of complex targets can be obtained in real time using the hardware capabil...
ABSTRACT: This paper presents a preliminary study of the Radar Cross Section (RCS) reduction on the ...
Treating aircraft, missiles, and ships with materials that absorb electromagnetic energy continues t...
Abstract-This paper presents a new and original approach for computing the high-frequency radar cros...