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• 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:                 
- Current Density Graphs
• For Linear one Strip


a) Current Density Graphs For Single Strip k=1 , Wave Angle 0 degrees L1=0.1 , L2=1 , L3=2PI, L4=4PI

 

b) Current Density Graphs For Single Strip k=1 , Wave Angle 0 degrees L1=0.1 , L2=1 , L3=2PI, L4=4PI L1=10PI , L2=20PI , L3=30PI

 

c) Current Density Graphs For Single Strip Point Source: x:PI , y:PI L=2PI (x1=-PI , x2=PI , y1=0 , y2=0)

 
 
 
- Current Density Graphs
• For Curvy one Strip

d) Current Density Graphs For Single Curvy Strip k=1 Wave Angle 0 degrees Radius=2PI Arc Length= 120degrees

 

- Current Density Graphs
• For Linear Double Strips

e) Current Density Graphs For Double Strips k=1 Wave Angle 0 degrees L1=2PI , L2=2PI , Distance Between Them: 4PI (S1 in shadow)

 

f) Current Density Graphs For Double Strips k=1 Wave Angle 0 degrees L1=2PI , L2=2PI , Distance Between Them: 400PI

 

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