Recent content by Ahmed123
-
A
Undergrad What Are Co-Phasal Wave Fronts in Fizeau Interferometry?
I am studying Fizeau analysis for wedge problem. I reached to this part and I cant follow. I have two questions and any help will be appreciated 1) what is meant by co-phasal wave fronts? does it mean that they have the same phase? ( how can I Think about the wave fronts in this case) 2) why... -
A
Undergrad Parameters of the rough surface (for electromagnetic scattering)
Dear friends, I will be grateful if anyone can help me I study electromagnetic scattering by rough surfaces for a certain case. Each rough surface can be specified with the statistical parameters sigma (σ) and correlation length (lc). while writing my manuscript I drew a schematic...- Ahmed123
- Thread
- Electromagnetic Parameters Scattering Surface
- Replies: 2
- Forum: Electromagnetism
-
A
Graduate ِAngular distribution of a scattered field
SA I study the reflection from a rough surface and get the field as the attached figure my question can I use the field distribution to get the angular distribution of the scattered field and how can I project the field to plane waves? -
A
Undergrad Overlap Integrals: Understand & Learn from a Source
Woooow ,, then these denominator comes from normalization of these functions ! I can't describe how your answer is great and helpful .. -
A
Undergrad Overlap Integrals: Understand & Learn from a Source
Hi I study optics and many times i found a term called (Overlap integral ) as attached pictures .. I can't understand from where these expression comes (mathematically) and what these functions means in particular ( even from mathematical point of view) I can't understand the nature of... -
A
Graduate Need a help at computational electromagnetics
Hi dears I study numerical electromagnetics , especially FDTD method , i reached to the point at where i introduce my sources then i get an understanding problem .. at this method ( as in the attached photo ) the electric field is defined at time (t) and magnetic field at (t+dt/2) and there is...- Ahmed123
- Thread
- Computational Electromagnetics
- Replies: 1
- Forum: Electromagnetism