Return to Index
 
• Results-Graphs:            
- Condition Number x System Size
- Current Density Graphs
• For Linear one Strip
• For Curvy one Strip
• For Linear Double Strips
- Far Field and Kirchhoff Farfield
• For Linear one Strip
• For Linear Double Strips
- Radar Cross Section Graph
 
• Pictures:
- Near Field Pictures
• For Linear one Strip
• For Curvy one Strip
• For Linear Double Strips
• For Linear Curvy Strips
• For Quatro Strips
- Phase Field Picutures
• For Linear one Strip
 
• Animations:
- Near Field Animations   
• For Linear one Strip
• For Curvy one Strip
• For Linear Double Strips
• For Linear Curvy Strips
• For Quatro Strips
- 3D Animations
• For Linear one Strip

 

 

   

.: E-Polarized Wave Scattering from from Infinitely Thin and Finitely Width Strip Systems

   

.: Results-Graphs- Animations

• Graphs:                 
- Radar Cross Section Graphs


Carrying units of m2, this quantity describes the relative energy density of the scattered field normalized by the distance from the scattering object.RCS of a conducting sphere in free space for the monostatic case: when the observation direction also called the backscatter direction. At lowfrequencies the RCS is proportional to λ−4; this is the range of Rayleigh scattering, showing that higher-frequency light scatters more strongly from microscopic particles in the atmosphere. At high frequencies the result approaches that of geometrical optics, and the RCS becomes the interception area of the sphere, πa2.

 

 You can compare the result of my RCS with; Edward J. Rothwell Michigan State University East Lansing, Michigan, Michael J. Cloud Lawrence Technological University Southfield, Michigan  Richard C.Dorf, Series Editor University of California - Electromagnetics Book Page: 411.

[1]   Yu.A.Tuchkin. Wave Scattering by unclosed cylindrical screen of arbitrary profile with Dirichlet Boundary Condition. – Soviet Physics Doclady, 1985, v.30, p.p.1027-1030

[2]   Yu.A.Tuchkin. Wave Scattering by unclosed cylindrical screen of arbitrary profile with Neumann Boundary Condition. – Soviet Physics Doclady, 1987, v.32, p.p.213-216         

[8]   Yu.A.Tuchkin. Regularization of boundary value problem of wave diffraction by toroidal screen of arbitrary profile. – Electrodynamics of open structure of milimeter and submilimeter wave range. – publishing house of IRE Acad. Sci. The Ukrain SSSR, Kherkov, 1990 (in Russian)

 

 

 

Web site contents © Copyright Deniz ELMASLI 2006, All rights reserved.
Website templates
   
Hosted by www.Geocities.ws

1