Q4 ) A smooth 3 GHz plane wave propagating in free space arrives in a boundless copper atmosphere. Since the conductivit
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Q4 ) A smooth 3 GHz plane wave propagating in free space arrives in a boundless copper atmosphere. Since the conductivit
Q4 ) A smooth 3 GHz plane wave propagating in free space arrives in a boundless copper atmosphere. Since the conductivity of copper is o=5.8x10?S/m, E=Eo, u=llo , using approximate expressions; a) Find the reflection coefficient at the interface separating the two environments. b) Draw the standing wave pattern for the electric field in the free space region in MATLAB. c) Determine the distances of the first maximum and minimum points of the area to the interface. d) Find the standing wave ratio in the free space region.
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